Future Soldier Part Deux [Archive]

buglerbilly

21-02-10, 11:41 AM

Photo above: Soldiers wearing Multicam while demonstrating Future Force Warrior project. Ft. Bliss, Texas. Photo: U.S. Army

MultiCam Camouflage Pattern Selected for U.S. Army Uniform and Equipment

Following four months of evaluations of alternative camouflage pattern colors, the U.S. Army selected the MultiCam pattern for the uniforms provided for all soldiers deploying to Afghanistan in support of Operation Enduring Freedom, starting the summer of 2010.

Unlike conventional camouflage that blends into the environment by color matching, the MultiCam camouflage pattern patented by Brooklyn NY based Crye Precision is designed to blend and reflect some of the surrounding colors of the environment, thus blending in with the environment. The new pattern is designed to deceive the human eye and brain to accept the concealed object as part of the background. Furthermore, the pattern's complex, curved elements are shaped to efficiently maintain concealment by effectively managing scale and contrast at long and close range.

Several camouflage patterns were evaluated by the U.S. Army in 2009. Six such patterns are shown above, where members of the camouflage assessment team wearing the different camo patterns they evaluated. From left: AOR II, UCP, MultiCam, Desert Brush, UCP-Delta, and Mirage. The photo was taken in Khost province, close to the Pakistan border, in late October 2009. Photo: U.S. Army PEO Soldier.

The U.S. forces encountered problems with their camouflage patterns soon after the invasion into Afghanistan in 2002, as warfighters deployed to the mountains of Afghanistan and the deserts of Iraq wearing Desert BDUs and Woodland gear. To improve and standardize the uniform the Army introduced the Army Combat Uniform in 2004, applied with the pixelated Universal Camouflage Pattern (UCP). Since then, more than 26 improvements have been implemented with the ACU.

A new initiative to improve the camouflage patterns for Afghanistan was launched by fall 2009, when two battalion-size elements in Afghanistan were equipped with uniforms and associated gear in patterns other than the standard-issue universal camouflage pattern (UCP). One unit received uniforms and gear in MultiCam, and the other in a variant of UCP known as UCP - Delta was used another battalion. The Army deployed a team of experts to Afghanistan in order to gather field data and photos on the diverse environments of Afghanistan, where soldiers often travel through multiple environments in a single mission, from snow to woodland to desert.

This data provided the baseline for a photo simulation study distributed to nearly 750 soldiers who had deployed to Afghanistan. The study asked them to compare six patterns against eight different environments. The results, along with surveys of soldiers in the two battalions who received alternate camouflage, formed the basis for the Army’s decision on MultiCam. Camouflage alternatives represent one facet of the Army’s ongoing efforts to improve the Army combat uniform.

The soldiers will be provided with the new, fire resistant Army combat uniforms finished in MultiCam patterns, which will also be applied to all associated equipment including body armor, rucksacks, and helmet covers. Selection of the new camouflage patterns is the third phase of a four-phase plan to improve the Army's camouflage. In the next phase the the Army will evaluate long-term Army combat Uniform camouflage options for all soldiers.

By adapting to varying local lighting conditions, visible and near-infra-red, the pattern blends well into many environments, elevations, seasons, weather conditions, and times of the day. The design takes advantage of the way the human eye and brain perceives shape, volume, and color, taking advantage of human brain interpretation of the patterned object as part of the background, rather than a distinguishable object. This helps the wearer's profile begin to lose its edge and fade into whatever color or shape surrounding him. The pattern uses curved, rather than pixilated elements to optimally blend in by using pattern element scale and contrast to further conceal the protected object when observed from distance or at close ranges. MultiCam relies more on a blending effect than a contrast effect to disguise the wearer.

The two patterns selected for the final evaluation were the MultiCam (above) and UCP Delta (below). Photos: U.S. Army PEO Soldeir - above and Crye Precision - below.

© Copyright 2010 - Defense Update, Online Holdings International.

buglerbilly

03-03-10, 02:02 AM

A Combat Zone iPhone? Soldiers Have an App for That

By Nathan Hodge March 2, 2010 | 11:55 am

In the military’s vision of future, the real trick will be getting information down to the individual soldier on the battlefield. Now the Army plans to test a smartphone for soldiers that will have mobile applications that could — in theory — access everything from technical manuals and maintenance records to maps and cultural intelligence.

In a discussion yesterday with reporters, Maj. Gen. Keith Walker, director of the Army’s Future Force Integration Directorate at Fort Bliss, Texas, said that around 200 soldiers would receive an “iPhone-like device” with digital apps installed.

Walker said the devices would have “various apps for system maintenance, instruction manuals — that we can all remotely upgrade. Also, we’re working to allow soldiers to have a distributed way of getting feedback to us on the equipment, where they can do Wikipedia-style upgrades to tactics, techniques and procedures, and comments on performance of hardware and software.”

Further down the road, Walker said he could envision tactical applications, like an app with GPS capability that could pinpoint the user’s location, or a digital tool that would allow troops to analyze terrain.

“This initiative we are moving out on,” Walker said. “We will see this happen this year.”

It’s part of a larger project called Connecting Soldiers to Digital Applications. While there is not yet a definite plan to procure and field a combat iPhone, troops at Fort Bliss will experiment with the handset to test ways that some of these new technologies might actually be integrated into the force.

It’s not the only experiment underway at Fort Bliss. Soldiers of the service’s 5th Brigade, 1st Armored Division at Fort Bliss are testing and evaluating pieces of the Army Brigade Combat Team Modernization Plan — a more streamlined successor to the service’s now-defunct Future Combat Systems program. Other items being tested include a common controller, a Nintendo-style control that can be used to maneuver the both Small Unmanned Ground Vehicle robot and the Class I Unmanned Aerial Vehicle (affectionately known as the “flying beer keg”).

Separately, the Army has contracted with iStrategyLabs for a contest called “Apps for the Army,” or A4A. Open to soldiers and civilian employees of the Army, the contest encourages participants to think up new mobile and web apps that might be of use to soldiers. Top submissions will be announced at a conference in August; winners will receive cash prizes.

[PHOTO: U.S. Army]

Read More http://www.wired.com/dangerroom/2010/03/a-combat-zone-iphone-soldiers-have-an-app-for-that/#more-22961#ixzz0h4Sag0yh

buglerbilly

04-05-10, 02:57 AM

SELEX Galileo Looks to Equip Indian Troops for Modern Challenges at Soldier Technology 2010

(Source: SELEX Galileo; issued April 29, 2010)

At Soldier Technology 2010, India's biggest soldier modernisation event, SELEX Galileo will present its suite of next-generation equipment designed to improve the combat effectiveness of dismounted soldiers.

The Individual Fire Control and Observation System can enhance the mobility, situational awareness and lethality of dismounted soldiers and provide a real "all-weather" 24-hour operational capability for target location and sighting.

SELEX Galileo will be looking to target the Indian Army's Future Infantry Soldier as a System (F-INSAS) programme, which aims to significantly enhance the capabilities of individual infantry soldiers on the modern, networked battlefield.

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buglerbilly

17-05-10, 03:15 PM

ComFut System from EADS Defence & Security Completes Test Phase in Granada, Sierra Nevada

(Source: EADS; issued May 15, 2010)

The Spanish Future Soldier System ComFut (Combatiente del Futuro) is nearing the finishing line. In March, EADS Defence & Security (DS) in Spain delivered 36 equipment sets to the Spanish Army as specified in the Design and Development (D+D) contract signed with the Ministry of Defence.

These sets have been used to train the first 25 soldiers from the Academía de Infantería (Infantry Academy) on the ComFut system. The soldiers carried out user tests in flat and mountainous terrain from 12 to 14 April. The system evaluation trials will continue in Toledo until its final validation at the end of June.

Enrique Barrientos, the CEO of DS in Spain, commented: “The tests being carried out are of fundamental importance, as they will enable us to make final adjustments to the system so that it meets the Spanish Army’s requirements. Our objective is to equip future soldiers with technological innovations that will enhance their safety, efficiency and mobility as well as enabling them to perform their missions in a modern environment of networked operations.”

ComFut is divided into seven subsystems: weaponry, power supply, firing efficiency, information & communication, survivability, sustainability and preparation.

The system was designed and developed using lighter and more resistant state-of-the-art materials for ballistic protection in the helmet and the bullet-proof vest. Likewise, new textile materials help to reduce infrared (IR) and thermal signatures, improve camouflage and provide better protection against Nuclear, Biological, Chemical and Radiological (NBCR) attacks.

The information & communication subsystem comprises a radio terminal and a ruggedised PDA-type wireless laptop computer. The radio incorporates a GPS tracking function and is designed to handle voice and data transmission. This facilitates communication between members of the squad and connects them with the higher command levels. The cordless PDA provides soldiers with information on the positions of any allied and enemy troops that have been located and the direction in which they are moving. It permits the transmission and reception of messages, alerts, mission data and so on. All these elements significantly improve the soldiers’ protection.

The firing efficiency subsystem is an optronic weapon system that improves the soldier's capacity to detect the enemy thanks to equipment such as a thermal camera, laser pointers and image intensifiers. The weapon sensors are integrated via a wireless connection with a visor mounted on the helmet. This is essential in ensuring the soldier’s safety, as it enables him to aim and fire from behind cover without having to show himself.

ComFut transforms soldiers into intelligence sensors and target acquisition organisms who are fully integrated in the military command and control structure.

EADS Defence & Security (DS) is a systems solutions provider for armed forces and civil security worldwide. Its portfolio ranges from sensors and secure networks through missiles to aircraft and UAVs as well as global security, service and support solutions. In 2009, DS – with around 21,000 employees – achieved revenues of EUR 5.4 billion. EADS is a global leader in aerospace, defence and related services. In 2009, EADS generated revenues of EUR 42.8 billion and employed a workforce of about 119,000.

-ends-

buglerbilly

19-05-10, 03:05 PM

EADS Defence & Security Commissioned to Deliver Further Basic Units of the Future Soldier System to the Bundeswehr

(Source: EADS Defence & Security; issued May 17, 2010)

EADS Defence & Security has been commissioned by Germany’s Federal Office of Defence Technology and Procurement (BWB) to deliver a further 220 units of the Future Soldier System (Infanterist der Zukunft) in its basic version (IdZ BS). This is part of an immediate procurement measure to meet the needs of the Bundeswehr forces deployed in Afghanistan in the context of the International Security Assistance Force (ISAF) mission.

It means that another 220 Bundeswehr soldiers will be supported by the tried and tested soldier system for mission preparation and execution. This new delivery will raise the Bundeswehr’s total number of IdZ BS equipment sets to about 2,500.

An IdZ BS system for equipping an infantry squad (ten soldiers) consists of an identical basic configuration for all soldiers (including modular bullet-proof vest in protection class I to IV, C4I equipment including NaviPad for situational awareness and transmitting messages, target data and images, night vision device, tactical radio) and various special items (such as laser range finder, camera, thermal image sighting device).

The system entered service with the Army, Navy and Air Force back in 2004 and has since proved its worth on the Bundeswehr’s foreign missions. It offers soldiers not only protection but also highly increased capabilities in terms of command and control, navigation and weaponry.

In view of the increasingly asymmetric threat situations arising and the challenges presented by missions within the context of network-enhanced operations, enhancing effectiveness, assertiveness, protection and rapid and secure information exchange via more powerful information and communication systems for the deployed infantry forces is of ever greater importance.

EADS Defence & Security is a systems solutions provider for armed forces and civil security worldwide. Its portfolio ranges from sensors and secure networks through missiles to aircraft and UAVs as well as global security, service and support solutions. In 2009, DS – with around 21,000 employees – achieved revenues of EUR 5.4 billion. EADS is a global leader in aerospace, defence and related services. In 2009, EADS generated revenues of EUR 42.8 billion and employed a workforce of about 119,000.

-ends-

buglerbilly

21-05-10, 02:23 AM

More info on the German order............

Bundeswehr Orders Additional Future Soldier Systems for Afghanistan

IdZ soldier systems have been used in Afghanistan since 2004.

EADS DS to provide 220 IdZ units to meet urgent operational requirements

09:35 GMT, May 20, 2010 defpro.com | As the Bundeswehr gears up for upcoming challenges in Afghanistan – a development in particular driven by the sad loss of lives which the German Armed Forces experienced in recent months – more equipment is being ordered and deployed by the Ministry of Defence. Since the German Defence Minister, Karl-Theodor Freiherr zu Guttenberg, promised to improve the equipment of the deployed troops in April, much has happened. To meet the Urgent Operational Requirements (UOR), the Bundeswehr undertook a number of measures, including the rapid deployment of additional armoured vehicles along with two PzH 2000 self-propelled howitzers, an order for 60 Mowag Eagle IV armoured vehicles as well as an agreement with the United States on the transfer of more than 50 US helicopters to the German area of responsibility in northern Afghanistan.

As the most recent measure to increase the quality of equipment deployed to Afghanistan, the Federal Office of Defense Technology and Procurement (BWB) has ordered 220 additional IdZ (Infanterist der Zukunft) future soldier systems in its basic version (IdZ BS) from European systems solutions-provider EADS Defence & Security (EADS DS). According to EADS DS, this new delivery will raise the Bundeswehr’s total number of IdZ BS equipment sets to about 2,500. The systems are to equip another 220 German soldiers, who will undergo mission preparation and then deploy to Afghanistan with these systems.

As the company explains, “An IdZ BS system for equipping an infantry squad (ten soldiers) consists of an identical basic configuration for all soldiers (including modular bullet-proof vest in protection class I to IV, C4I equipment including NaviPad for situational awareness and transmitting messages, target data and images, night vision device, tactical radio) and various special items (such as laser range finder, camera, thermal image sighting device).”

The IdZ, which has been developed in different configurations by EADS DS and Rheinmetall Defence, has been in service with the German Army, Navy and Air Force since 2004 and supported German soldiers in various military operations abroad. The first 15 IdZ systems, comprising 150 BS Lot 3 sets worth €10 million, were ordered in July 2004 by the BWB and subsequently tested by German ISAF forces in Afghanistan. Since then, the German Armed Forces ordered additional BS sets to increase their soldiers’ protection and capabilities in command and control, navigation and weaponry during military operations.

An expanded configuration of the system (IdZ ES) is being developed by Rheinmetall Defence, which received a multi-million euro contract by the BWB to manufacture a pre-production version in December 2009. The IdZ ES is based upon the basic system configuration, however, aims to meet an expanded user requirements profile and new findings resulting from extensive trials. According to Rheinmetall, “based on this pre-production system, proof of producibility is to be presented at the beginning of 2011, a key prerequisite for the start of full-scale serial production in 2012.”

The expanded system’s approach is to integrate the soldier and its vehicle into a more comprehensive network to significantly increase the warfighters’ capabilities and information superiority. As Rheinmetall explains, “The network, consisting of reconnaissance assets and command and control components, enables swift exchange of information, facilitating the creation of a common relevant operational picture which forms the foundation for planning and executing military operations.”

----
By Nicolas von Kospoth, Managing Editor

buglerbilly

21-05-10, 03:02 AM

German Equipment Overview...........via DiD......

buglerbilly

27-05-10, 03:13 PM

Army Chief Tells Troops in Afghanistan New Body Armour Coming

(Source: Australian Department of Defence; issued May 26, 2010)

In a three day visit to Afghanistan last week, the Chief of Army, Lieutenant General Ken Gillespie, told Australian soldiers that Army will start issuing a new light-weight combat body armour system that is lighter than the current system for trial by the end of 2010.

Chief of Army Lieutenant General (LTGEN) Ken Gillespie, talks to personnel about clothing and equipment at the recreation area at Camp Baker at the Kandahar Airfield.
(Date taken: 20 May 2010)

LTGEN Gillespie discussed and demonstrated the new Tiered Body Armour System (TBAS) with troops at Multinational Base Tarin Kowt including the 1st Mentoring Task Force and Special Operations Task Group, as well as soldiers at three patrol bases in the Chora and Mirabad Valley regions.

He said that the new body armour system is likely to be issued to key elements of the next rotation of Australian troops deployed to Afghanistan during 2011.

“We are looking at issuing the first batch of TBAS for trial to soldiers at the end of the year,” LTGEN Gillespie said.

The TBAS package currently includes up to three load carriers designed for multiple combat roles. TBAS also uses a new ballistic plate system that weighs less than the current Modular Combat Body Armour System (MCBAS) issued to most troops in Afghanistan.

“We are continually reassessing issued combat equipment to reduce load and enhance functionality and we will incorporate recommendations from soldiers into the new tiered system once the trial is complete,” LTGEN Gillespie said.

LTGEN Gillespie demonstrated the proposed TBAS package that will incorporate a new ammunition pouch system designed to enhance pouch access and versatility.

Infantry Section Commander from the 1st Mentoring Task Force, Corporal Mathew McKeever, said that the new system appears to be more in-line with demands placed on combat armour in a complex and mostly dismounted patrolling environment such as Afghanistan.

“I patrol on foot in the Mirabad Valley everyday with my soldiers and we’ve been in a multiple contacts with insurgents,” CPL McKeever said.

“When you’re in a contact you don’t think about what you are wearing – you’re focused on your job

“The issued kit we have now is fine – it does the job and provides exceptional protection – but it’s also good to know that a lighter and more multipurpose system will be issued soon.”

1st Mentoring Task Force soldiers conduct dismounted patrols in mountainous and rocky terrain, in deserts, and through the wet and heavily grassed green zones everyday. Sometimes these foot patrols are up to 20 kilometres.

The Force Protection Review includes a provision to enhance the combat body armour for troops in Afghanistan.

Regimental Sergeant Major of the Army Warrant Officer Stephen Ward assists in the fitting of a prototype of body armour during a demonstration of new clothing and equipment at the recreation area at Camp Baker at the Kandahar Airfield.

(Date taken: 20 May 2010)

-ends-

buglerbilly

27-05-10, 04:59 PM

Felin Infantry Kit Ready To Enter French Service

By PIERRE TRAN

Published: 27 May 2010 10:27

PARIS - A year's intensive field evaluation of the Felin led to 190 changes to the high-technology infantry kit that is now entering service, procurement and French Army officials said.

The modifications were the result of field-testing by three regiments in extreme climates at the hands of experienced soldiers who have served in Afghanistan, program director Laurent Barraco, at the Direction Générale pour l'Armement (DGA) procurement office, told journalists.

Among the changes: The combat vest needed to be "completely revisited" to allow the equipment to work whether ballistic protection is worn or not; the quality of the optics, to allow sighting against a light or dark background; faster battery recharging times; quality of the material; and the ballistic protection plates.

Felin takes a systems approach and will be the first of its generation to be deployed, Barraco said. The equipment is intended to protect and plug the soldier into the digitized command-and-control network.

The Felin program is important to industry, with an order for 22,588 kits worth about 1 billion euros ($1.22 billion), and involving 25 companies, Defense Ministry spokesman Laurent Teisseire said.

Safran's Sagem is prime contractor, with Nexter, Thales, RTD, Elno, MSA Gallet among the suppliers, the DGA said in a statement.

The first 90 Felin units are on their way to the Army's training center, which will begin June 14 training troops to use the kit. The 1st Regiment, based at Sarrebourg in eastern France, will receive the equipment in September. Testing was done on 358 preproduction units, which were tried out in the heat of Djibouti, tropical jungles in Guyana, the urban combat training center and the Alps by a mountain regiment.

"The combatant is at the heart of the system," said Lt. Col. Bernard Rey, program officer at the French Army. The kit is designed to be ergonomic and modular, allowing protection and equipment to be added or subtracted according to the mission.

The new sights fitted to the Famas assault rifle use infrared, light intensification and conventional optics, which increase effective daytime range by 70 percent to 500 meters and nighttime range by 160 percent to 400 meters, Rey said.

The equipment is designed to be easy to use, boost protection, allow constant communication for the soldier whether mounted or dismounted, and improve situational awareness.

Production is ramping up with four regiments to be equipped in a year and last delivery in this series in 2015.

buglerbilly

31-05-10, 03:58 PM

'Future Soldier’ Equipment Will Weigh Less, Offer More Security

(Source: Spanish Ministry of Defence; issued May 25, 2010)

(Issued in Spanish only; unofficial translation by defense-aerospace.com)

The Spanish Army is completing development of its future soldier equipment, known as “Combatiente del Futuro,” which could be operationally deployed in June 2011. (MDE photo)

The equipment will weigh a maximum of 30 kilos and will feature a wireless link for the platoon, connections via the internet, night vision, sensors to report the health status and a lighter and more resistant vest that will allow greater mobility

30 KILOS!!!! Gawd Almighty.............:cuckoo

It is envisaged that the development phase of the program will end in November and, if production deadlines are met, the new equipment could be deployed to the area of operations from June 2011

Spain is finalizing new protective, communications and night vision equipment for the 'fighter of the future', which have been developed with Spanish state-of-the-art technology and which will provide greater security and better information to our soldiers, Minister of Defence , Carme Chacon, said today, after attending a presentation of the program at the headquarters of the Spanish Army’s Training and Doctrine Command (Madoc) in Granada.

The 'Fighter of the Future' is a research, development and innovation project of the Ministry of Defense, developed by a group of Spanish companies and conceived as a system of advanced equipment to improve the location capability, detection and survivability of soldiers.

This program seeks to achieve a single fighter, integrated into a squad or a team, and capable of fighting on the digitized battlefield in which the Future Force will operate.

The 'fighter of the future' will be equipped with modern systems of protection, communication, command and control, navigation, optronics, and energy generation and sustainability.

In addition, the modular design allows the 'fighter of the future' to adopt a specific configuration according to the conditions, environment, mission and specific tasks within his unit.

After attending the presentation of the program, Minister Chacón indicated that the weight of the basic and combat equipment that a combat soldier must carry is an essential factor for its effectiveness and safety.

She pointed out that one of the efforts of recent years has been to lighten the burden carried by the soldiers without affecting their safety.

In this regard, she noted that the equipment of the "Fighter of the Future" is six kilos lighter than the equipment currently used by Spanish soldiers, for example on a mission to Afghanistan, while providing a "gain in efficiency and security."

For Chacón, "new threats like terrorism, asymmetric combat or weapons of mass destruction, force us to rethink how we operate and manage combat teams." For this reason, the Fighter of the Future, will be equipped with wireless link to the platoon, via an Internet connection, vision systems allowing operations by day and night, sensors to report on the health status of the soldier, and a lighter and stronger armored vest that provides more protection and mobility. All this equipment shall have a maximum weight of 30 kilos.

In this respect, the defense minister suggested that this may become reality in a year, given that the development will be completed in six months, and that the program will then transit to production. Thus, "if the deadlines are met, the new equipment may be deployed in the theater of operations from June 2011," said Chacon.

The minister also reminded that this prototype represents the work of more than ten years, Spain is on a par with more advanced armies that have similar programs, and is leading "the efforts of the European Armaments Agency for development of a common future fighter all European Union countries."

Finally, Carme Chacón highlighted the work carried out by the Army’s Training and Doctrine Command is badly needed in areas such as education and applied research.

In this regard, she noted that Madoc is one of the guarantors of the professionalism and efficiency of our Armed Forces, whose excellence that has crossed our borders with the first international mission to train the security forces of Somalia.

Joint Center with the University of Granada

After presenting the "Fighter of the Future ' program, the Defence Minister visited the Chancery of the University of Granada, where she inaugurated the Joint University of Granada, Madoc, a graduate inter-university defence school which manages doctoral programs, masters courses and advice shared by the two institutions.

The existing collaboration agreement between the Ministry of Defense and the University of Granada was signed in 1994. The creation of Madoc in 1997 led to its full development in all areas: institutional, training, research, services, cultural. Both institutions have conducted 26 joint research projects.

Collaboration with the University of Granada allows Madoc to go further, access more resources and provide greater rigor and validity for their work. At the same time, it provides a privileged space for the sharing of knowledge and understanding between academia and the military, which is essential for a better service to society.

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buglerbilly

11-06-10, 03:53 PM

MOD scientists develop upgraded body armour for troops in Afghanistan

An Equipment and Logistics news article

11 Jun 10

WTF are they showing mark 2 & 3 when they are talking about Mark 4???

The new Osprey Mark 4 body armour which will be introduced into Afghanistan this winter is testament to the efforts of MOD's scientists to make sure serving soldiers have the best possible equipment. Report by Sharon Kean.

Private Daniel Burgess (left) is wearing the Osprey Mark 3 body armour while Private Marco Bruin is wearing the new Multi-Terrain Pattern camouflage and the Osprey Assault Mark 2 body armour
[Picture: Richard Watt, Crown Copyright/MOD 2010]

Osprey Mark 4 is the next generation of personal protection, which will be worn by the soldiers of 16 Air Assault Brigade who are due to deploy to Afghanistan in October.

It offers troops better-fitting and newly-upgraded armour, protecting them as they work and fight.

Service personnel working outside the main bases in Afghanistan wear Osprey body armour, which is made up of a vest-like outer cover, a soft ballistic filler to stop fragments from bullets and explosions, and a hard protective plate that protects their vital organs.

Lieutenant Colonel Matthew Tresidder, the officer in charge of defence clothing, said of the Osprey armour:

"Troops accept that it weighs a ton. But they appreciate that it gives them protection they've never had before."

The next generation Osprey body armour includes improved rubber mouldings on the shoulders, designed to prevent heavy rucksacks and weapons from slipping.

There are elastic draw-cords on the detachable ammunition pouches, giving troops a more accessible alternative to velcro.

And the protective breast plate is now carried in a pocket inside the armoured vest, making it less bulky and obstructive to movement.

Also, the inside of the vest has a new ribbed material lining to improve breathability in the harsh Afghan climate.

Osprey is a modular system made up of different components, which can be attached to loops on the outer covering.

Private Daniel Burgess (left) is wearing the Osprey Mark 3 body armour while Private Marco Bruin is wearing the new Multi-Terrain Pattern camouflage and the new Osprey Assault Mark 2 body armour
[Picture: Richard Watt, Crown Copyright/MOD 2010]

The latest model has more loops, allowing troops to personalise their armour to suit their role by attaching their own choice of a range of 23 detachable pockets or pouches.

A new commander's pouch can be attached to the breast, giving soldiers easy access to such things as a notebook, pen and torch. The component pouches are designed to carry everything from bullets to water bottles and include new elastic draw-cord ammunition pouches and an improved first-aid kit.

The kit will be available in the new-look Multi-Terrain Pattern camouflage now being worn by troops in theatre.

Alan Hepper from the Defence Science and Technology Laboratory (Dstl) was involved in developing the latest Osprey armour:

"The whole design - performance of the plate and filler, the shape of the cover, they're all based on the threat the guys are facing, what's actually being thrown at them," said Alan.

But soldiers must be able to do their job while wearing the armour, in temperatures of up to 50 degrees Celsius during the summer in Afghanistan:

"The design is a compromise of what the guys need and their proximity to medical treatment," Alan adds. "It's the best technical solution."

Teams of Dstl scientists regularly visit theatre to talk to the troops, getting feedback on the equipment's performance while it is still fresh in the soldiers' minds.

A Royal Marines Commando shows off the enhanced Mark 7 helmet and Osprey Assault body armour
[Picture: Andrew Linnett, Crown Copyright/MOD 2009]

Feedback from soldiers included wanting the option to position the detachable pouches to their sides, to make it more comfortable when lying on their stomachs.

Some also said that the bulky ceramic breast plates worn on the front of the vest got in the way when they were trying to work. The backs of helmets would also bump against the top of the rear of the armoured vest.

Although making the armour more comfortable is important, the priority is providing the best possible protection from the specific threats soldiers face:

"All armour worn during fatal incidents is examined as part of the police investigation into the death," said Alan, explaining that all deaths in service are treated as murder investigations by a coroner in the UK. "Any lessons learned are relayed back to us [Dstl] immediately."

Body armour from non-fatal incidents is also sent straight to Dstl, so any changes made by the soldier wearing it can be examined:

"If we see that someone's modified their body armour we'll try to understand why, and what the logic was behind that," said Alan. "The UK is the only place to do this to this level. We actually learn from what's going on."

The body armour also underwent extensive testing in the Dstl laboratories, to make sure its performance was up to scratch.

Bullets were fired at the ceramic plates and fragments flung at the soft ballistic layer of the armour to test its effectiveness.

Mark 7 helmet and Osprey Assault body armour from behind
[Picture: Andrew Linnett, Crown Copyright/MOD 2009]

People run laps, shovel dirt and perform other vigorous tasks in 40-degree heat and high humidity, simulating how soldiers move while on operations, to test its usability. The idea is to make things as comfortable as possible for soldiers wearing heavy kit in the hot Afghan climate:

"The shape and size of those plates is not just based upon engineering judgement," added Alan. "What medics see, what they know about the body and the way it gets injured, that information gets fed back from the Surgeon General's department in the Defence Medical Services.

"The different components of the armour mean we can be agile in the way that we develop it. When we identify improvements they are fed in straight away. As a result, we are now on our seventh design in five years. That's why no one has better body armour than the UK."

The Osprey body armour is one part of the £3,000 'black bag' of kit given to all soldiers deploying on operations, which contains such items as anti-microbial underpants, designed to be worn for days at a time, and flame-resistant clothing for those working inside vehicles.

There is also combat eye protection, glasses and goggles, a fast-drying travel towel and a portable hydration system, known as CamelBak:

"It recognises the conditions they are working in, such as the heat and the austere bases," said Lt Col Tresidder. "They get everything from pants to boots."

The 23 pouches that come with the Mark 4 Osprey body armour are as follows:

- 3 x SA80 single magazine
- 4 x SA80 double magazine
- 3 x single SA80 magazine with elastic pull-cord
- 2 x smoke grenade
- 2 x anti-personnel grenade
- sharpshooter magazine
- utility
- water bottle
- light machine gun magazine - 100 round
- first aid kit
- 2 x 9mm pistol magazine
- underslung grenade launcher - 8 round
- commander's pouch

buglerbilly

14-06-10, 09:05 AM

BAE To Debut Ultra Lightweight Warrior

By bradp | June 13th, 2010

By TIM MAHON – BAE Systems’ Security & Survivability business unit will use Eurosatory to launch its Ultra Lightweight Warrior (ULW) Soldier System, meant to allow soldiers to carry several kinds of gear without adding too much weight.

BAE: new rig weighs up to one-third less than comparable gear

A company-funded development program, ULW is meant to save up to one-third the weight compared with similar protection equipment. For example, the power supply is integrated direct into the protective equipment, saving weight but also improving protection and performance, company officials said.

Instead of eight or nine kilograms of batteries for a 72-hour mission, the power system uses conformal 100-watt-hour power packs that weigh just five kilos, the company says. The power packs can sit in a variety of locations and can be configured for a wide variety of armor plates, BAE says. Distributed power cables provide appropriate levels of power for radios, navigation equipment, optronics systems, battery chargers and/or a computer. Recharging is easily accomplished using direct connection to a vehicle system, for example, in the same way as recharging a cell phone.

“We are seeking to integrate items such as the computer in a distributed manner into the system rather than providing a ‘bolt-on’ computer at a single location on the vest,” said BAE’s Sean Martin.

Among ULW’s features:

•A new combat pack design, providing a better fit and better load distribution for body armor.
•Form-fitting, streamlined body armor.
•A new quick-release system for quick reaction and fast re-assembly in tactical situations.
•Scalable body armor, allowing for mission-specific equipment fits.

“We have achieved a lot by paying careful attention to new materials and manufacturing techniques. For example, filament-wound helmets offer significant weight reduction without compromising protection. Our COTS-based approach makes this a low-risk but safe and innovative program,” Martin said.

ULW has been introduced to potential customers, including the UK MoD, since February, according to Martin. Field trials will end this summer and the company expects there will be significant interest among existing soldier equipment programs as the search continues for an ideal balance between protection, survivability, mobility and ergonomic efficiency.

buglerbilly

14-06-10, 12:58 PM

Images from Eurosatory 2010 currently on in France................the French FELIN system on ParaMinimi, looks heavy!!!

FELIN-equipped soldiers exiting a VBCI..................

Raven22

14-06-10, 01:15 PM

Good to see he's using the good old Aussie DPCU 100-round collapsible mag.

buglerbilly

15-06-10, 04:15 AM

Ground Soldier System rechristened Nett Warrior

By Matthew Cox - mcox@militarytimes.com

Posted : Monday Jun 14, 2010 19:53:29 EDT

The Army’s Ground Soldier System is no more. In commemoration of the service’s 235th birthday, the computerized command and control ensemble will now be known as Nett Warrior.

The system is named in honor of Col. Robert B. Nett who was awarded the Medal of Honor for leading a major assault in the Philippines in 1944 during World War II.

The high-tech system is designed to connect soldiers with the Army’s tactical network, but program officials say they chose to name the system after Nett because, “We wanted it to be named after a maneuver leader,” said Col. William Riggins, head of Program Manager Soldier Warrior.

“This is a system for leaders, to make them more effective than they have ever been before,” he said at a ceremony at the Pentagon on June 14.

Nett, who retired as a colonel in 1973, was a young lieutenant leading E Company, 305th Infantry Regiment on Dec. 14, 1944. While leading an assault on the island of Leyte, he killed seven Japanese soldiers with his rifle and bayonet. He was wounded three separate times but refused to relinquish his command until the unit had captured the objective.

Nett died at the age of 87 on Oct. 14, 2008.

Nett Warrior is the next generation of Land Warrior, a controversial program that made history in the spring of 2007, when 4th Battalion, 9th Infantry Regiment, decided to take it to combat in Iraq after Army budget officials earlier that year cut $300 million from Land Warrior earlier that year, essentially killing the program.

The system is still not perfect, but its performance in Iraq prompted Army leaders to allow the 5th Stryker Brigade Combat Team to take it Afghanistan. Land Warrior allows combat leaders to track the locations of their men and view maps and other tactical information through a tiny, helmet-mounted computer screen. The system features a microcomputer processor for storing maps, mission-specific imagery and graphics. The navigation system allows a leader to track his subordinate leaders’ positions, which appear as icons on a digital map. The digital voice and text radio lets leaders send e-mails and talk to anyone wearing the system.

Nett Warrior is scheduled to be ready for fielding to an infantry brigade combat team by 2012. The next step will be a limited-user test scheduled for this fall when infantry units will evaluate three separate prototypes made by General Dynamics, Raytheon and Rockwell Collins.

buglerbilly

15-06-10, 01:41 PM

Ares

A Defense Technology Blog

Towards infantrymen losing weight

Posted by Christina Mackenzie at 6/15/2010 5:27 AM CDT

Instead of one big conference as it has done in the past, Eurosatory 2010 has opted for holding eight two-hour conferences. The first of these was dedicated to the thorny issue of weight versus capability on a platform which hasn't changed over centuries: man. As Dr Klaus-Peter Nick, senior sales manager for soldier systems at German company Rheinmetallag, remarked: “he is just a normal being, he is no Batman, Superman or James Bond!”

Lt.Colonel Philippe Testart, in charge of doctrine and lessons learned at the French Infantry School, told how Napoleon had checked the weight of his grenadiers in 1802 and discovered that each was carrying 40 kg. His approach was to lighten the load by ensuring the country he was invading provided all necessary logistical support!

This figure of 40 kg has remained the benchmark. Beyond that the soldier becomes seriously incapacitated to perform his mission. Testart quoted an American study which showed a soldier carrying 40 kgs can only walk 8 kms a day compared to the 32 kms he could achieve if he were carring nothing. But between 30-40% of this weight – in a combat situation at least – consists of body armor “which is impossible to lighten for the moment,” he remarked.

The French army, he said, is researching six sectors to see where and how the loads can be lightened. One sector concerns the individual soldier (the other sectors are the platoon, coherence, organization, training and logistics), sub-divided into six areas: energy, communications, protection, observation, aggression, sustainability. Industry is also working in these areas and Terence Vandeventer, the deputy vice president sales and marketing land warfare at French company Sagem, talked about upstream research being done to reduce weight and volume while retaining power. “This is a constant effort by all industries working in soldier systems,” he noted. For example: how do you transform the soldier's body movement into power? Every bend of his knee, movement of the backpack, friction from the sole of his shoe, has the potential to be turned into the power he needs for his radio, data link etc. “But we're also looking at a soldier smart-phone type solution” he said, where one small hand-held “phone” would have multiple functions.

buglerbilly

15-06-10, 03:48 PM

DGA Delivers First FELIN Systems

(Source: Direction Generale de l’Armement; issued June 14, 2010)

(Issued in French only; unofficial translation by defense-aerospace.com)

On May 27, 2010 France’s Direction Generale de l’Armement (DGA) defence procurement agency delivered the first 90 systems of the FELIN (fantassin à équipements et liaisons integers, or integrated infantry equipment and communications) soldier equipment program.

These systems will be employed, from today, by the Infantry School’s FELIN training center to provide basic training on the system to French army instructors. The first combat unit to introduce the FELIN into operational service beginning in September is the 1st Infantry Regiment based at Sarrebourg, in Eastern France; it will be followed before the end of the year by the 13th Mountain Infantry Battalion, based in Chambéry.

DGA has ordered a total of 22,588 FELIN systems, the last of which are to be delivered in 2015, so as to fully equip four regiments each year. The total cost of the program, including development, pre-production engineering, production and initial support, is of approximately 1 billion euros. In addition to Sagem, (Safran Group), the prime contractor, the program also involves 25 European first-rank subcontractors, including Nexter, Thales, RTD, ELNO, MSA Gallet etc. The FELIN systems are assembled by Sagem at its facility in Poitiers, in central France.

FELIN markedly improves the protection, observation, communications, weapon employment, mobility and support capabilities of combat troops in direct contact with the enemy. The equipment includes an armoured vest, combat clothing, NBC protection, day and night sights, day and night observation and vision equipment, communications and information systems, and both individual and squad weapons.

Highly ergonomic, FELIN provides improved protection against the effects of modern small-calibre weapons. The weapon aiming sights, which were completely redesigned, simplifies disabling enemy troops by day and night; the technical and operations evaluation carried out in 2009 showed that the effective range of the FAMAS rifle was improved by 70% by day (from 300 meters to 500 meters) and 160% by night (from 150 meters to 400 meters).

FELIN also substantially improves tactical maneuvering by day and night thanks to its enhanced observation and positioning capabilities. Finally, FELIN’s information system simplifies the integration of combat groups into the digital chain of command, which can now link all command levels; from the general officer in command to the individual soldier on the ground. It provides the infantryman with a true networked combat capability.

FELIN is demonstrated on the French Army stand at the Eurosatory 2010 exhibition.

-ends-

buglerbilly

16-06-10, 02:53 PM

McHugh: Focus Must Shift to 'Generating Force'

(Source: U.S Army; issued June 14, 2010)

WASHINGTON --- The Army's system for producing agile, adaptive, creative Soldiers is strained by nine years of war, said the service's secretary.

Secretary of the Army John McHugh spoke June 11 during a breakfast hosted by the Association of the United States Army's Institute of Land Warfare. He spoke about challenges faced by the Army's "generating force." That is the system of organizations and structures within the Army responsible for turning civilians into Soldiers, and later for developing those Soldiers into leaders.

McHugh cited a memo written in February by Gen. Martin E. Dempsey, Training and Doctrine Command commander. In the memo, Dempsey explains that TRADOC is suffering manning shortages that result in not enough experienced and well developed leaders to teach less experienced and less developed Soldiers.

It's the demands of the "operational force" -- those fighting now on two fronts for nine years -- that is consuming that expertise and hampering the generating force from developing strong new Soldiers.

"We have to recognize that after some nine years of war, the fact is our institutional ability to produce that creative Soldier has started to fray," McHugh said. "Our ability to train and equip those ready forces for the current fight, while taking care of the Army's family, has been severely tested."

In his memo, Dempsey said TRADOC authorizations for military and Army civilian personnel have decreased. That manning has been filled with contractors that has resulted in a "de-greening" of the force. The general went on to write TRADOC is competing with the operational force for experienced officers. It's those officers, Dempsey said, that have the "field-tested knowledge and credibility to teach, coach, and mentor the officers following behind them."

McHugh said the Army must now put a new emphasis on the generating force, to ensure it can continue to produce the Soldiers the Army needs. He said the Army must ask itself if the "generating force of today is properly structured, properly balanced to produce and support the agile the adaptive and creative Soldiers and leaders so integral to the success of today as well as tomorrow's mission."

McHugh said that in the past, efforts have been made to affect improvements in the generating force. There have been studies and programs, he said, "some good and progressive and positive things." For a variety of reasons, he said, those efforts were "singular in their attempts." Now, he said, it's time for a "holistic approach, a better way forward."

McHugh reminded those in the audience -- including Soldiers, and defense industry representatives -- that it is well trained Soldiers who win America's battles, more so than the equipment Soldiers use.

"One of the reasons this Army has been so successful is because ... we always will do everything we can ... make every investment that's required to field the best equipment, the best weapons, the best platforms for our men and women in uniform," McHugh said. "But ... Army's success on any future battlefield will be answered at least as much, if not more, by the creativity, the agility, the level of intelligence of our future leaders, as it will (be by) whatever that new weapons system may look like."

-ends-

buglerbilly

16-06-10, 05:06 PM

A bit more on FELIN................

First FELIN Soldier Systems Delivered to the French Army

The versatility of the FELIN will revolutionise French Army operations.

FELIN to enter operational service with the 1st Infantry Regiment in September

07:49 GMT, June 16, 2010 defpro.com | This makes it the world’s first future soldier system to enter service with an armed forces and go into series production: the first of a total of 22,588 ordered FELIN future soldier systems have now been handed over to the French Army. Early this week, the French Armament Procurement Agency (Direction générale de l'armement, DGA) announced that it had delivered, in late May, the first 90 FELIN (fantassin à équipements et liaisons integers) systems to the French Army. The systems have been handed over to the French Infantry School’s FELIN training centre to provide basic training on the system to French army instructors.

Being one of the largest and most advanced soldier modernisation programmes, the value of the entire French FELIN programme, including development, industrialization, production and initial support is estimated at approximately €1 billion ($1.5 billion). FELIN is designed to enhance all the dismounted soldier's operational functions: protection, observation, C4I, weapons use, mobility and support.

To reach last month’s important milestone, the pre-production series of the FELIN systems, manufactured by prime contractor Sagem DS (Safran Group) and its industrial partners, underwent thorough testing and evaluation in various locations in France (including mountainous and urban terrains) as well as in French Guiana (tropical jungle conditions) and Djibouti (desert conditions and NBC equipment testing) during the past few years. The Technical/Operational Evaluation (EVTO) of 358 FELIN units was carried out by four regiments – battle-hardened units who have each seen combat in Afghanistan –, including the “Marche du Tchad” Regiment, the 13th Mountain Infantry Battalion and the naval infantry’s 8th Paratrooper Regiment.

Tradition meets Innovation

Having successfully completed the evaluation phase and further boosted by an order for an additional 16,454 FELIN equipment suites in late 2009, bringing the total to the impressive number of 22,588 systems, FELIN is now on track to revolutionise the warfare capabilities of French infantrymen. According to Sagem, 190 modifications were carried out as a result of the evaluation phase in order to fully meet the operational requirements of the French Army.

The Sarrebourg-based 1st Infantry Regiment will be the first combat unit designated to introduce the FELIN into operational service. The first equipment suites are scheduled to join the regiment in September 2010. With a history of some five centuries, the “1er d'infanterie” is Europe’s oldest regiment and has seen deployment to various military operations around the world in recent years, including to the Gulf region, Rwanda, Chad, the Balkans, Ivory Coast, and Afghanistan. As of September 2010 the regiment’s capabilities and flexibility in demanding military operations are to be brought to a new level with FELIN.

The 1st Infantry Regiment will then be followed with use of FELIN before the end of the year by the 13th Mountain Infantry Battalion, based in Chambéry. Starting in 2011, four regiments per year will be equipped, with deliveries to be completed by 2015.

“There’s no comparison”

As Colonel Laurent Barraco, the DGA program director explains, “The DGA, French Army and Sagem's obsession was the ergonomics when handling matériel and software. For example, FELIN's C4I can reverse operational postures both day and night.”

The weapons used by the FELIN system include the Famas assault rifle, the FRF2 precision rifle and the Minimi. In terms of performance, “The FAMAS rifle has a firing range enhanced from 300m to 500m during the day and from 150m to 400m at night. We put a section equipped with FELIN in face-to-face simulated combat, by day and by night, with another outfitted with today's equipment: there’s no comparison,” explains Colonel Rey, head of the French Army's FELIN program in its Technical Section.

The FELIN generally comprises ten fields of equipment and armaments, including clothing and protection, ballistics, riot and NBC protection, FAMAS configurations, infrared binoculars, information network terminal, head gear, dismounted soldier information system, and the vehicle integration kit. The FELIN solution offers 13 configurations for the driver of an armoured personnel carrier to the operator of the MILAN light anti-tank missile system and from the platoon leader to the army corps commander.

----
By Nicolas von Kospoth, Managing Editor

----
This article is part of the defpro.focus “The French FELIN Integrated Soldier System” which can be accessed here: http://www.defpro.com/focus/profile/felin/.

buglerbilly

21-06-10, 08:56 AM

New set of pics of BAE's Ultra Lightweight Warrior armor..................

buglerbilly

28-06-10, 05:08 AM

Interesting video from Defense News...............

http://www.defensenewstv.com/video.php?bctid=83759705001#/Newest+Equipment/83759705001

Newest Equipment

Brig. Gen. Peter Fuller, Program Executive Officer Soldier, discusses the newest equipment being used by the U.S. Army in Afghanistan.

buglerbilly

10-07-10, 01:01 AM

Liquid armour 'can stop bullets'

Page last updated at 12:22 GMT, Friday, 9 July 2010 13:22 UK

By Victoria Gill

Science reporter, BBC News

See video here...........http://news.bbc.co.uk/2/hi/science_and_environment/10569761.stm
A bullet hits traditional kevlar (L) and the new liquid armour (R)

A liquid armour has been shown to stop bullets in tests carried out by UK scientists at BAE systems in Bristol.

The researchers have combined this "shear-thickening" liquid with Kevlar to create a new bullet-proof material.

The company is keeping the chemical formula of the liquid a secret, but it works by absorbing the force of the bullet strike and responding to it by becoming much thicker and more sticky.

The BAE scientists describe it as "bullet-proof custard".

"It's very similar to custard in the sense that the molecules lock together when it's struck," explained Stewart Penny, business development manager in charge of materials development at the company.

Shear-thickening liquids are not new to military research. The US Army Research Laboratories has carried out tests using similar liquids.

But, according to BAE, these latest tests provide the first clear evidence that liquid armour could effectively protect soldiers from bullets or shrapnel.

They say the liquid could ultimately be used to make much lighter, more flexible and more effective bullet-proof vests for solidiers.

"In standard bullet-proof vests, we use thick, heavy, layered plates of Kevlar that restrict movement and contribute to fatigue," said Mr Penny.

In the tests, scientists used a large gas gun to fire ball bearing-shaped metal bullets at over 300 metres per second into two test materials - 31 layers of untreated kevlar and 10 layers of kevlar combined with the shear-thickening liquid.

"The Kevlar with the liquid works much faster and the impact isn't anything like as deep," he explained.

The results were presented to journalists during a preview of future defence technology at BAE's Advanced Technology Centre in Filton, Bristol.

buglerbilly

10-07-10, 06:33 AM

Precise overlay registration within Augmented Reality – A glimpse into the technology

If we caught your attention with our last post but you’re having a difficult time understanding what’s so exciting about a little research and some images narrating a potential future rest assured we have a lot to talk about.

The first thing we need to address is one of the “Hows” of the visualization technology. Even though we have several patents pending, we are still too sensitive to expose the ‘whole tomato’ to the masses, but suffice it to say we have cracked the Augmented Reality visual registration nut. The following is our first delving into the details that are under development.

What is this nut? Let me explain…

If you’ve ever used the current lineup of “AR Apps” available on Android or iPhone platform you’ve seen a neat portal into the world of Augmented Reality. You typically see a camera view of the world around you presented on a hardware screen with digital information presented (most often clumsily) on top of the view. As you move the phone around you see that information move accordingly as if it’s locked to some physical location. Sometimes you see that information move or ‘drift’ for unknown reasons and that is really the problem with current tech AR.

Registration is the accuracy by which the computing platform can “lock” the digital world onto the physical world and up to today, that technology has been susceptible to all sorts of errors and interference. One of the reasons registration is still immature is because developers are relying on hardware improvements to solve their problems. We believe that while hardware, especially heavily funded hardware (thank you Apple), may eventually get accurate enough to solve the registration problem we don’t have the time or patience to wait. We instead spent our time researching and testing an elegant and simple solution that would work with today’s hardware capabilities.

If you look at the narrative slides below you can see our User Experience Model relies heavily on pixel-accurate digital registration. We can “paint” anything including highlighting objects, manually marking the environment and even embedded three-dimensional models. I can assure you these aren’t the crazy vision of a designer with no insight as to how the technology works but are based on our registration system (U.S. Patent Pending).

Our system is primarily vision-based, but leverages gross measurements (with error detection) of GPS, Cell/WIFI triangulation, and digital compass hardware. That means that it uses cameras, models, and some other fancy wizardry to rapidly identify the observed view and paint objects within that domain accordingly.

That’s all for now but we’ll be presenting some more details on the system at ARE2010 and are excited to continue this discussion.

http://augmentedrealityevent.com/

buglerbilly

10-07-10, 06:40 AM

Continues............

buglerbilly

10-07-10, 06:41 AM

LAST bit..............

buglerbilly

10-07-10, 07:03 AM

Brits Reveal FIST

July 2nd, 2010 In a recent article in the Daily Mail, the British Army revealed details of the latest iteration of their Future Integrated Soldier Technology (FIST) Program.

The photo shows (in reverse order) three British Soldiers outfitted in legacy Desert DPM, the new Multi Terrain Pattern and helmet and armor ensemble entering service and, also the latest iteration of the FIST equipment with L129 sharpshooter rifle. Interestingly, the FIST helmet closely resembles work being done by Revision Eyewear who recently acquired the Headborne Systems Division of Pacific Safety Products.

http://www.revisioneyewear.com/?utm_source=SoldierSystems&utm_medium=215%2Bx%2060&utm_content=Sawfly

This is the other helmet mentioned above from Pacific now Revision......

The pics shown here are taken from a UK Daily Mail article dated 28 June 2010 as noted above...........

We've had the helmet before.............I remain unconvinced about the piece over the mouth..............

buglerbilly

21-07-10, 04:30 AM

In-Helmet Social Networking: Influential Ex-General’s Vision of Future War

By Noah Shachtman July 20, 2010 | 9:00 am

In the near future, infantrymen will be selected by psychologists, train like football teams and tap online social networks of military experts as they enter a war-zone village. The soldiers will rely on overseas translators to talk to the locals, drive all-electric vehicles and have their vital signs constantly monitored by their superiors. And thanks to new “weapons and sensing technologies and the creation of hyper-performing small units,” a small handful of troops will be able to control vast swaths of territory and influence large populations.

That’s the future, at least, as sketched out for Gen. James Mattis, the nominee to take over U.S. Central Command, by retired Maj. Gen.Robert Scales, a well-known military futurist. Earlier this year, Scales and Mattis were sharing ideas about the next generation of small units — something the two iconoclastic senior officers have done repeatedly over the last six years.

But rather than codify the notions into a formal policy paper or into a PowerPoint briefing, Mattis asked Scales to write him a story. “One of his favorite pieces is Ender’s Game,” Scales says, referring to the science-fiction classic. In that spirit, Scales penned “Jerry Smith’s War: 2025.”

http://www.wired.com/images_blogs/dangerroom/2010/07/Jerry-Smiths-War-2025-2.doc

For a second he felt the Coach nodding in approval. Just before pulling out of Fire Base Tiger Jerry took a moment… to go over the game plan and audibles with his virtual friends one last time. He said “Online” into his helmet phone and a familiar voice drowned out the rush of background noise:

“Jerry, how are you?”

“I’m OK, Martha, just a little stressed thinking about what’s out there in front of us. This is my first mission in command and I can feel the team watching me.” …

“Martha” was a pseudonym for the Pastun interpreter connected to Jerry through the online hookup. She had his back and he could express his concerns to her without fear it would be seen as a sign of weakness. More importantly, she knew a lot that could help him. She was born near Fire Base Tiger and had immigrated to the states just a few years ago….

“You’ve not taken this route before, Jerry, so Tim will be your terrain guy today. He’s monitoring from DC and as you know he’s been over this route a hundred times…. George, from JIEDDO University in Newport News is on the line to follow your route using your video stream and will look for anomalies in the ground. He’ll also inform you of all the latest IED hot spots. I’d like to introduce Sam from Minneapolis. He’s a soldier wounded recently in a fire fight along your route and he’ll punch in as you get closer to your expected danger area…. So call us when you need them. Look, Jerry, we can tell from your most recent bio-feedback data that you and your team have been pushed by seven firefights in six weeks. So we’re monitoring your condition very closely. Good luck and we’re with you all the way.”

Orson Scott Card, it ain’t. But the 36-page short story does lay out the thinking of a deeply unconventional, deeply influential thinker in national security circles. Scales’ client list includes government agencies from the CIA to the U.S. Navy. For years, Scales has been a paid consultant and informal adviser to Mattis, who’s now slated to oversee both the Afghanistan and Iraq wars.

In the mid-90s, Scales headed up the Army After Next program, which eventually led to Future Combat Systems, the $200 billion plan to remake the entire Army as a network-centric force. Even before FCS was set, however, Scales became a fierce critic of its technological determinism and its failure to account for the human dimension of conflict. FCS eventually collapsed under its own weight.

Scales went on to push for the military to incorporate broader social and cultural expertise. That contributed to the rise of the controversial Human Terrain System, which embeds anthropologists and other social scientists in combat units. That project has also repeatedly teetered on the brink, after the deaths of civilian field researchers and accusations of sloppy management and training.

As an advisor to Mattis, Scales also did some of the intellectual legwork which led to the Combat Hunter project that teaches big-game safari skills to Marines and to the Infantry Immersion Trainer, a 32,000-square-foot high-tech close-combat simulator.

Today, Scales’ focus is on turning small units, like the ones fighting in Afghanistan, into the centerpieces of the armed forces’ strategy and operations. “Jerry Smith’s War: 2025″ is part of that push.

Scales is also taking aim at the U.S. military’s hierarchical command-and-control networks, which he says are meant to “feed orders from the top down and feed information from the bottom up.” (Mattis made similar complaints as head of Joint Forces Command.) Instead, Scales contends, networks should tie one infantryman to another (and to resources back home) in order to address their need for companionship, connection and reassurance that they won’t die alone.

In other words, Scales isn’t one of those futurists who think technology replaces the human dimensions of war. He’s harnessing technology precisely to address some of soldiering’s most immediate and human dimensions: emotional strain.

“What does a soldier need? ‘I’m lonely,’” Scales says. “As the battlefield expands, the space between soldiers expands geometrically, and primal fear escalates. The need for psychic glue increases an order of magnitude.” Which is why he’d like to have veterans, translators, cultural experts and battle buddies all connected in a social network for war.

“Soldiers don’t break from hunger, thirst or poor leadership. They break from emotional collapse,” he says. To keep that from happening, “maybe someone far away, like [National Security Agency headquarters] Fort Meade, could monitor [troops] for emotional and biological signs — heart rate, galvanic skin response, a tremor in a soldier’s voice — and then aggregate it into a dashboard.”

Scales also believes infantry units should spend years together, instead of “sending out a pickup squad that’s broken up every 18 months.” Like football players, the various members of the unit should have specialized skills that mesh together. And like some pro athletes, those troops should practice group “visioning” — creating mental images of their wartime goals.

“Empathy,” not aggression, should be the new must-have trait of any military leader. And soldiers need to develop a respect and an affinity for foreign cultures. Scales believes current U.S. ambassador to Kabul Karl Eikenberry best personifies this comfort, which is why he calls it the “Eikenberry gene.”

It’s doubtful whether all (or even most) of these ideas will become military doctrine. And some of Scales’ tech suggestions seem just as brittle, and just as prone to cause strategic interference in tactical affairs, as the systems he criticizes today.

But with Scales’ record of pushing projects — and with his influential circle of high-ranking friends — it’d be a mistake to dismiss his notions. The military’s future might not turn out exactly like “Jerry Smith’s War: 2025.” But it might not be all that different, either.

Photo: Retired Maj. Gen.Robert Scales
Courtesy U.S. Naval Institute

Read More http://www.wired.com/dangerroom/2010/07/in-helmet-social-networking-one-influential-ex-generals-vision-of-future-war/#more-27801#ixzz0uHPf1wve

buglerbilly

21-07-10, 04:49 AM

Small Infantry Units To Reap Benefits of Simulation

By KATE BRANNEN

Published: 20 Jul 2010 16:06

The expansion of modeling and simulation across the U.S. military, from flight simulators to force readiness models, so far has failed to reach small infantry units in close combat, according to military officials.

"One of our key focuses at Joint Forces Command is to try and build an immersive venue for all of our war fighters so that their very first fight is no worse than their last practice," Army Maj. Gen. Stephen Layfield told the House Armed Services readiness subcommittee at a July 20 hearing.

Layfield is director of the Joint Training and Joint Warfighting Center at U.S. Joint Forces Command (JFCOM).

"State-of-the-art simulation training that is demanded and accepted as routine for aviation, armor or maritime forces is negligible or almost nonexistent on a large scale for U.S. ground forces," Layfield said in his written testimony.

To fill this gap, the Pentagon is spending $27 million on a Future Immersive Training Environment, a joint capability technology demonstration, according to Layfield's testimony. The effort aims to provide training that emphasizes tactical and ethical decision-making in a simulated close-combat environment.

Separately, JFCOM is being funded for $285 million from 2011 through 2015 "to assist the services with the development of immersive trainers that replicate the joint operating environment," Layfield's testimony says.

To keep up with technology, the requirements and the timeline for completing these systems are constantly under review, Layfield said.

JFCOM has also teamed up with the Army to field a system to rehearse convoy missions and high value target operations in theater. This $270,000 project is funded through the Afghanistan Rapid Data Generation Quick Reaction Fund. The 2-87th Infantry Battalion of the 10th Mountain Division requested the capability for their deployment to Afghanistan, Layfield said.

The goal of these efforts is to reduce casualties and ethical missteps in combat, Layfield told lawmakers. It is also believed that virtual training can increase psychological resiliency by exposing soldiers and Marines to what they might experience in combat before they deploy.

Rep. Trent Franks, R-Ariz., asked Layfield and the other service officials testifying whether there was any data to support the idea that simulation training was saving lives.

"I can't really say that we have figured out that we've saved peoples lives in the ships and aircraft, although I have to believe that the pilots that fly the aircraft and the ship operators are far better than they would be without them," said Vice Adm. William Burke, deputy chief of naval operations, fleet readiness and logistics.

The modeling and simulation industry has grown exponentially over the last 15 years, said Fred Lewis, president of the National Training and Simulation Association. This is partly due to requirements, but also because of growing capability.

Burke said that fuel costs are driving the push toward using more simulators, which also reduces wear and tear on the actual systems. This means less maintenance for the real systems, making them more frequently available.

There is also more interest across the services because the technology has gotten better, Burke said, calling this shift a "cultural change." An increase in computer processing power in recent years has led to these advancements, Lewis said.

While modeling and simulation programs appear to offer cost-savings, they are not without costs themselves, according to officials.

The use of simulation depends on the type of mission being trained and whether it is possible to obtain a high-fidelity simulator for that mission, said Air Force Maj. Gen. Marke Gibson, director of operations in the Office of the Deputy Chief of Staff for Operations, Plans and Requirements. This requires an investment in simulator upgrades, he said.

It is problematic when a pilot knows his training system doesn't represent the most up-to-date version of the aircraft, Gibson said.

buglerbilly

09-08-10, 07:53 AM

Fluid defences

Body armour can be made lighter and stronger using special liquids

Aug 2nd 2010

A SUIT of armour that is lightweight and flexible, yet capable of absorbing the impact of a bullet, is an idea that seems to come from the future—a bit like the liquid skin of the cyborg in “The Terminator”. However, for a number of years researchers have been investigating materials that might be able to provide such protection. Now BAE Systems, a British defence contractor, seems close to turning such “liquid armour” into reality.

In recent tests at the company’s Advanced Technology Centre, in Bristol, liquid armour has been used to construct a material that is thinner than normal body armour and yet is able to stop a low-velocity bullet. Work is now under way to see if it can also stop more powerful bullets. If these tests are successful, liquid armour could furnish soldiers with protective clothing that is more comfortable and less cumbersome than existing body armour, and provides them with greater protection.

Liquid armour relies on the properties of materials called shear-thickening fluids. The molecules in such liquids are closely packed, but loosely arranged. The result behaves like a liquid in normal conditions, and is able to flow. If subjected to pressure, though, the molecules lock together and the result behaves like a solid. The gooey substance produced by mixing cornstarch with a little water is a commonplace example of such a material. This flows like a liquid when poured yet, if hit with a spoon, reacts like a solid.

Researchers at the University of Delaware developed shear-thickening fluids for use as liquid armour almost ten years ago. Several military laboratories and defence firms have worked on them since then. Among them was Armour Holdings, an American company that BAE took over in 2007.

The fluid that Armour Holdings worked on is a liquid polymer containing nano-engineered particles of silica, though BAE is coy about the details of what it is using. The new armour is not pure liquid, of course. Rather, the fluid is sandwiched between layers of Kevlar, a high-strength polymer commonly employed in protective gear. When the sandwich is struck by a bullet, the locking together of the molecules in the fluid spreads the load across a wide area, allowing the material to absorb more of the impact. It also distorts less than conventional body armour when it is hit. That means it is less likely to cause serious injury by deflecting inward.

Standard body-armour contains around 30 layers of Kevlar. The material being tested by BAE has only ten Kevlar layers. BAE therefore thinks it may be possible to build body-protection suits that are only around half as thick as existing ones, but still able to offer greater protection. Soldiers would find that a welcome relief.

buglerbilly

11-08-10, 07:15 PM

Flexibility key to future forces' kit

An Equipment and Logistics news article

11 Aug 10

An ambitious overhaul of soldiers' personal kit based on a groundbreaking modular system has been unveiled. Report by Joe Clapson.

A soldier wearing integrated kit from the PECOC project
[Picture: Andrew Linnett, Crown Copyright/MOD 2010]

Experts from Defence Equipment and Support's Personal Combat Equipment (PCE) Team have been working hard to create a fully-integrated line-up covering everything from body armour and backpacks to boots and gloves.

The result is a futuristic package known as the Personal Equipment and Common Operational Clothing (PECOC) project:

"It's a modular system that has been developed to work together," explained Warrant Officer Class 1 (WO1) Dave Sharp of the PECOC trials team. "For example, the glasses work perfectly with the helmet and you can also use pouches which can be added on.

"We are trying to integrate all the kit, making it work together as a better system. It has also got to work with the vehicles and sighting systems."

The equipment list for PECOC encompasses ballistic and sensory protection, load-carriage, clothing, footwear, gloves and sleeping bags.

Different operational environments and extended deployments were taken into account during the design process, and the PECOC team only finalised the hi-tech update after analysing initial trials and receiving feedback from soldiers:

"It's due to come into service in 2012 and we will know if it's going to go through in January," added WO1 Sharp. "The idea of PECOC is to make us a better fighting force."

As well as providing a high level of modularity, weight distribution was one of the key concerns for the PCE Team, which decided that several lighter components were better than one heavy load pulling a soldier down.

Left to right: soldiers wearing the clothing of the future, current operational clothing including multi-terrain pattern camouflage and Mk 7 helmet, and the past - the uniform from five years ago and the Mk 6 helmet
[Picture: Andrew Linnett, Crown Copyright/MOD 2010]

PECOC encompasses this aim with the inclusion of a load-carriage system integrated with the assault vest and close-fitting fragmentation and bullet-proof plate.

Troops taking part in missions of up to two days will receive a specially-made backpack, while those heading out on the ground for longer periods will deploy with a larger Bergen optimised for heavier loads.

Lieutenant Colonel Andrew Macdonald, Chief of Staff with the PCE Team, said:

"Our challenge is to make it as light as possible while maintaining protection. The aim is to allow soldiers maximum flexibility. They need to be able to mix and match equipment for their roles and tasks for the day.

"We wouldn't expect to see any two soldiers wearing the same combination of kit and we want to give maximum flexibility and the ability to carry kit when it suits the soldier."

Personal combat equipment which is easily customised, comfortable, and allows for speed on foot for extended periods tops many soldiers' operational wish lists. With PECOC, that is exactly what they could get.

This report by Joe Clapson first appeared in the August 2010 issue of Soldier - Magazine of the British Army.

buglerbilly

16-08-10, 04:20 PM

Agilite Tactical Gear Goes International

August 15th, 2010

Agilite, an Israeli-American producer of tactical gear, has launched their new website and formally entered the international. Sales of their products began in Israel in early 2010 and many Israel Defense Forces troopers have already proven Agilite vests in real-world conflict scenarios. Now those same vests are available in American camouflage patterns, including MultiCam pattern from Crye Precision which was recently adopted as the US Army’s OEF Camouflage Pattern.

“The last few years combat in both Iraq and Afghanistan has bred an unprecedented need for tactical gear designed specifically for Middle Eastern combat. Having decades of experience in counter-terrorism ops and tactical design teams inside each of its elite units, Israel has become a world leader in tactical gear design,” says Agilite Founder Elie Isaacson, a former IDF Paratrooper and English-language spokesman for the Israeli Army.

Prior to Agilite’s launch, however, such Israeli-designed vests had never been adapted for a global market nor produced in American patterns. “It’s a great feeling to be able to offer our products internationally. Seeing Israeli vests in US Camo patterns sums up what we are all about” says Steve Hoodjer, Agilite’s co-founder and a former sergeant in the US Army National Guard with two Middle Eastern deployments to his credit. The two founders met in 2005 at Israel’s prestigious Institute for Counter-Terrorism.

Agilite’s product range includes their signature product, The Tactical Hi-Vest, an all-in-one tactical load bearing system that incorporates a detachable modular assault pack. The modular assault pack eliminates the need for soldiers to procure an extra assault pack or butt pack for mission essential items, yet allows for removal when operating from a vehicle or when carrying a rucksack on longer missions. The Tactical Hi-Vest fits “high and tight” on the body allowing for a more comfortable weight distribution than standard issue vests. All products are made in Israel from a combination of American and Israeli materials.

http://www.agilitegear.com/

buglerbilly

16-08-10, 07:32 PM

New Entry into the All-in-One Armor Race

by christian on August 16, 2010

Looks like the Israelis are thinking the same thing as Dick Marcinko’s company Rogue Warrior Brand with their combo gear carrier/body armor vest called the Deflector.

Tipped off by our friends at Soldier Systems Daily about the Israeli company Agilite Tactical, we dove into their product offerings and found they’re designing an armor carrier that had pouches already sewn on and can accomodate their “Modular Assault Pack.”

The modular assault pack is included with all Tactical Hi-Vest ™ and Deflector ™ vests. and is an intrinsic part of the Agilite load bearing system.

Using the Modular Assault Suspension System (M.A.S.S.™) the assault pack attaches directly to the load bearing vest leaving no need for a separate assault pack or hydration system straps! It has ample space to carry a hydration system and ancillary equipment needed in combat. The modular assault pack is fully detachable for increased comfort and a flat back while operating a vehicle or carrying a rucksack on a longer mission.

The modular assault pack features an inner section ensuring that weight is kept in the top half of the pack even when the pack is far from full.

Internal webbing fastens over your hydration system keeping it in place and preventing any joggle.

The Modular assault pack is not sold separately.

It’s not quite like the Duffel Vest Conversion Bag offered by Rogue Warrior Brand, but the Deflector seems to have a similar eye on the concept. There’s little description of the Agilite vest on their site, but from the looks of it it the armor could be attractive to SWAT and military tactical teams who aren’t worried so much about IEDs — just front and rear shots.

The downside is that these pockets look as if their hard-wired to the vest, which cuts down on everybody’s penchant for customization.

We’d love to hear from anyone who has first hand experience with Agilite products.

Read more: http://kitup.military.com/2010/08/new-entry-into-the-all-in-one-armor.html#comments#ixzz0wn7AxBQU

Modular Assault Pack

Tactical High Vest

buglerbilly

28-08-10, 02:07 AM

Crye’s udpated Jumpable Plate Carrier steps up to the ramp

August 27th, 2010 | Product Announcement | Posted by Rob Curtis

The final version of Crye’s updated Jumpable Plate Carrier has broken cover this week. You may have seen the older prototype in the darker hallways of the internet, but this is the shipping version of the plate carrier that began as one of the lightest on the market and adds three integrated rifle magazine pouches, an admin pocket that can hold three pistol magazines. They did all this and still kept the weight under 1 pound. We got a brief hands-on with the JPC and were impressed by the savvy Crye displayed in adding a few features without compromising the promise of lightweight ballistic carrier.

Crye responded to issues with the shoulder material on the prototypes by switching the original 500d laminate shoulder straps to Hypalon for durability. They also tweaked the AirLite cummerbund to include the familiar feeling flap-over closing and an integrated radio pouch. Internally, the plate pocket will take a number of ballistic plates, including swimmers plates, both with and without soft armor backing. Two-way stretch panels on the back of the plate pockets keep things snug without having to shoehorn plates into place. There is also a small mesh window at the top of each of each plate to add a little venting. The JPC will be available this fall for $269.

buglerbilly

02-09-10, 03:04 AM

Army Fields Updated Body Armor Vest

by christian on September 1, 2010

The Army’s top gear-buying office announced this week it has begun fielding an updated version of the Improved Outer Tactical Vest to Soldiers deploying to Afghanistan.

The Gen. II IOTV incorporates more than a dozen improvements over the already pretty well tricked out IOTV.

Improvements include a totally redesigned and removable yoke and collar, reversible and detachable side carriers and universal side pouch, and equipment anchor points on the front and rear which interface with items such as hydration systems and the Tactical Assault Panel or (TAP).

Finally, the Army has fielded a vest that can go from a full one moon suit for roof gunners down IED Alley to a slimmed down “operator cut” for door kickers humping into mountain qalats. And the service has an added bonus to the new vest: They’re fielding it in both OCP and UCP.

The vest is also more adjustable, so anyone from Popeye to Andre the Giant can tweek it to their liking.

In addition, we’ve incorporated increased adjustability in the shoulders and hips, as well as a newly designed location for the sideplate that is now adjustable to the wearer. All these improvements are included in the Gen-II IOTVs, including the UCP IOTVs produced since April of this year.

(A big thanks to the Dirt Dart for the tip)

Read more: http://kitup.military.com/#ixzz0yKUtBBhF

buglerbilly

07-09-10, 03:41 AM

A bit better description of this new Vest...............

Generation II Improved Outer Tactical Vest (IOTV) Fielded

September 5, 2010 at 5:37 pm

The U.S. Army is fielding new, second generation Improved Outer Tactical Vest (IOTV) to units being deployed to Afghanistan. Photos: PEO Soldier, U.S. Army

The U.S. Army began fielding the new second generation Improved Outer Tactical Vest (IOTV), with first kits delivered to soldiers scheduled to deploy to the Afghan theater. Shipments will soon follow to units already in theater. “The latest design Gen-II IOTV vest includes 17 improvements over the Gen-I vest. The new IOTV is designed with more versatile, modular approach, allowing units to configure their gear to better confront multiple threat levels in their unique environment” said Major Craig Fournier from PEO Soldier.

The new and improved IOTV configuration gives the commander the flexibility to reduce the combat load while still maintaining increased fragmentation and 9mm protection. Photo: PEO Soldier, U.S. Army

Improvements include a totally redesigned and removable yoke and collar, reversible and detachable side carriers and universal side pouch, and equipment anchor points on the front and rear which interface with items such as hydration systems and the Tactical Assault Panel or (TAP). In addition, the new design has better adjustability in the shoulders and hips, to better fit all sizes. The newly designed location for the side-plate is also adjustable to the wearer. Given the enhanced flexibility and modularity of the new kit, soldiers will be able to wear a more comfortable vest, and carry just the equipment they need for a mission. When required or possible, they could strip the IOTV down to its basic function, becoming a light weight load carrying vest, retaining effective protection, maneuverability and flexibility.

“A mounted soldier manning an MRAP turret has the option to utilize all accessories such as deltoid, front, and back protectors for maximum protection, while a dismounted soldier in the mountains can strip the IOTV down to the base vest, removing the side pouch, side plates, and accessory pieces, slimming the IOTV down to a trim 9.86 pounds, minus the plates” Maj. Fournier added, “this configuration gives the commander the flexibility to reduce the combat load while still maintaining increased fragmentation and 9mm protection.” Kits are currently produced in Operational Enduring Freedom Camouflage Pattern (Multicam) and the Universal Camo Pattern (UCP).

© Copyright 2010 - Defense Update, Online Holdings International.

buglerbilly

13-09-10, 04:46 AM

Reversible Tactical Modular Assault Panel

September 13th, 2010

I wondered when someone was going to do this...............

The whole idea behind this product is unique. Since the US Army has adopted MultiCam for use in Afghanistan, troops will find themselves requiring equipment in more than one pattern. So, CPGear designed a reversible, modular chest rig that is UCP on one side for garrison use and MultiCam on the other for combat use.

As you can see, the rig comes with anchor points that attach to the Improved Outer Tactical Vest’s (IOTV)PALS grid. This facilitates rapid donning and doffing. Additionally, the RTMAP is designed to integrate with IOTV’s cutaway mechanism without interfering.

An added bonus to having PALS on both sides of the rig is that pouches can be attached on the inside as well. Take for instance this radio pouch. Not only does attaching it to the inside give you more real estate for other items but it also protects the radio from some of the knocks and dings it could otherwise be subjected to.

If you’ll be attending the Infantry Warfighter Conference this week at Ft Benning, Georgia be sure to stop by CPGear’s booth # 1109.

buglerbilly

19-09-10, 07:25 AM

For Clothing Engineers, Fort Polk ‘Grounding’ Is a Mission-Essential Experience

It'd be nice to see more Armies adopt this for their Scientists and Procurement people.........

Fort Belvoir, Va., September 16, 2010 — From 3:30 a.m., on a hot Thursday morning in May, to 1 p.m. that Saturday, the unquantifiable words “quality” and “human factors” took on precise meaning for three engineers supporting Program Executive Office (PEO) Soldier at Fort Belvoir.

Boots. Gloves. Uniforms. Rucksacks. Hydration systems. The quality and functionality of all these items, and more, were evident during the three-day “grounding” headed by Ron Pollack, Quality Assurance Team Lead; Mary Harwood, Human Factors Engineer; and Tom Arsenault, Quality Assurance Engineer, at the Joint Readiness Training Center (JRTC) and Fort Polk, Louisiana.

Pollack, Harwood, and Arsenault, who work for Product Manager Soldier Clothing and Individual Equipment (PM SCIE) at PEO Soldier, participated in the training center’s “grounding” program for civilians serving the Army.

“Grounding” at Fort Polk means working alongside Soldiers who plan and conduct dismounted maneuvers with their Fort Polk Non-Commissioned Officer Academy squad, and for Pollack, Harwood, and Arsenault, fully-engaged participants in the training, the experience was an eye-opener on many levels.

Professionally, the engineers embraced the opportunity to learn everything the Soldiers could show them—not only how to outmaneuver the opposing force, but also how best to wear and adjust their equipment.

“We slept with our squad. We ate with our squad. We did everything with our squad,” said Pollack.

“It gave them an opportunity to be with the Soldiers, seeing what Soldiers do 24-7,” said Tom Theaux, JRTC Science Advisor. They also saw first-hand the gear the Soldiers operate with: The engineers were issued uniforms, rain jackets and pants, assault packs, and sleeping bags. They brought their own boots, sun and/or patrol caps, socks, protective eyewear, gloves, and hydration systems. All the equipment provided to them was Army-issue, and in some cases, they used test versions of products undergoing improvements, such as the Fire-Resistant ACU trouser and the medium ruck, offering them a chance to be on the receiving end of their own efforts back at PEO Soldier.

PEO Soldier was created by the Army to design and develop the best equipment and field it as quickly as possible so Soldiers are lethal and survivable in any operating environment around the globe. An essential part of that mission is to constantly seek innovative ways to improve Soldier gear.

As far as testing and evaluation, Harwood says being able to observe Soldiers using the equipment in a simulated environment is one of the best ways to gauge results.

“No matter how many user evaluations you do, there’s nothing like the real thing,” he said, “Doing what Soldiers do in the gear that PEO Soldier provides.”

And the belief in that thinking is how these engineers came to immerse themselves in actual training missions. Each month, NCO Academy Soldiers complete a three-day field exercise at Fort Polk, comprised of a network of villages and training lanes used to simulate a combat environment.

“The focus of this ‘grounding’ is not the basic training concept,” said Theaux, but to immerse the group in “a real, scenario-driven environment,” organized by three-hour missions emphasizing planning versus reaction. The Soldiers plan and rehearse each scenario using the standard Military Decision Making Process. The objective is to train Soldiers as leaders and the mission itself typically takes only 20-30 minutes. Missions included identifying improvised explosive devices; arranging and executing a meeting with an “imam” in a hostile community; reacting to an ambush; and performing land navigation.

The exercises involve hundreds of pieces of equipment, and while the Soldiers’ clothing and gear were by no means the only topic of conversation, Pollack, Harwood, and Arsenault heard a lot about the likes and dislikes from the Soldiers they trained alongside.

Harwood was particularly interested in what one female Soldier had to say about female sizing in Army gear. Being short, the Soldier felt ignored by the combat developers who design Soldier gear. Harwood herself, a Size 2, had problems with the assault pack- the wide shoulder straps cut into her neck. The same Soldier, while telling Harwood that she would get used to the straps, commented the one-size-fits all frame of the Modular Lightweight Load-carrying Equipment (MOLLE) sat “too low and too wide” on her shoulders.

When asked what modifications she might recommend based on her experience and feedback received at Fort Polk, Harwood singled out the MOLLE frame. “There’s such a diversity in today’s Army,” she said, noting that equipment definitely needs to take into account a variety of body frames that comprise the force.

The engineers were pleased to see that many of the issues brought up by Soldiers during the exercise were issues the Army has dealt or is dealing with, such as odor and tears in the Army Combat Shirt, Pollack said.

At the same time, Pollack heard a lot about the ACU, especially the use of hook-and-loop tape, better known by the trade name Velcro. “Everyone who had an opinion on something also brought up hook-and-loop,” he said. “First they wanted to know why there was hook-and-loop.” (The answer: Because it enhances the uniform’s functionality, making it easier to open and close and to transfer patches from one uniform to another.)

The wide-range of commercial choices in Soldier gear was striking to the three engineers. For example, Pollack noted the multiple varied hydration systems in use during the exercise. “This generation of Soldiers is brand-oriented,” Pollack said. “When I explained that a lot of our equipment is made of the same fabrics and the same materials, but without the brand name, it still didn’t register to them.”

“It used to be that the brand name was U.S. Army,” Theaux joked.

SFC Vernon J. Alcorn, Senior Small Group Leader at JRTC, thought the “grounding” experience had benefits for the Soldiers, as well as the three participants from PEO Soldier. Alcorn called it “a great opportunity to link the Soldier with the individual who puts items on their backs and systems in their hands. This is a unique experience for these Soldiers to understand the process that takes place when the Army is developing new items for them to use,” he said. “It also gives the Soldiers time to show somebody what we do on a day-to-day basis that wouldn’t necessarily know otherwise.”

Theaux agreed. “By doing what they did, they’re really having an impact on the Army, on building Soldiers’ confidence,” he said. “It shows that Army Acquisition cares.”

buglerbilly

19-09-10, 07:39 AM

MultiCam Wyvern Pegasus Belt Kit at Flecktarn.co.uk

The Multicam Wyvern Pegasus belt kit is a complete, all-in-one system for ammo carriage and utility carriage below the Osprey armour system. The belt kit pouches are integrated onto a belt based on the popular Wyvern PLCE hip pad.

The belt has a milspec Multicam Cordura layer sandwiching a layer of heavy duty foam to help increase comfort when carrying a full ammo and utility load. The top of the belt kit is fitted with six plastic slide adjuster points for attachment of the lightweight under armour yoke in Multicam – also made by Wyvern. The bottom of the belt order is also fitted with four 25mm D-rings for attachment of leg holsters or leg rigs below.

Being very similar to the PLCE kit, the belt order is provided with three large utility pouches, each with an internal compression bag and 20mm quick release buckle, and two double ammo pouches, capable of carrying six SA80 or M4 magazines. These are mounted on the left and right front.

The belt buckle is a heavy duty, galvanised steel rigger type, with a self-tensioning, high-grip moving slider for additional security during wear. This type of buckle is slighlty lower profile than the traditional quick release buckle and helps to ensure that prone position shooting does not become unduly uncomfortable.

The Pegasus system provides a one-stop solution for load carriage that complements the MOLLE-based set-up of the Osprey armour.

The Pegasus belt kit has been shown here with the Wyvern under armour yoke which is available for purchase separately. The belt kit consists of the belt portion only.

www.flecktarn.co.uk

buglerbilly

20-09-10, 02:50 PM

Via Solder Systems...........

Crye Precision JPC and Air Frame Helmet

Last week we received photos of a masked man wearing the latest variants of the Crye Precision Jumpable Plate Carrier and revolutionary Air Frame helmet. We say latest because Crye has made a couple of updates to the JPC based on operational use. The photos are annotated with details of the wearer’s load out. As you can see, this JPC features a kangaroo pocket on the upper chest for signal items.

Of note is the mesh cover on the Air Frame crafted from the mesh material debuted by Duro at SHOT Show 2010. In addition to the Air Frame version of the cover, it is said that Crye is also working on one for the Ops-Core FAST helmet.

buglerbilly

25-09-10, 07:17 AM

SKD PIG RIG – Get Your PIG On

September 24th, 2010 | Photo Recon Product Announcement Product Preview | Posted by Stickman

The Patrol Incident Gear Plate Carrier (PIG RIG) is one of the items that we’ve been looking forward to getting our hands on for awhile. Looking forward to it enough that we are putting up our first impressions, and will follow up later after long term use. One of the primary reasons we have been checking out the PIG RIG is that SKD has taken a basic item, and dropped in new features.

Want to know what our three initial favorite things are, as well as a list of PIG features?

Remainder of article here............

http://militarytimes.com/blogs/gearscout/2010/09/24/skd-pig-rig-get-your-pig-on/

buglerbilly

30-09-10, 01:30 PM

EUROPEAN SOLDIER SYSTEMS UPDATE 2010

By Stefan Nitschke, International Defence Analyst and Consultant

Modern infantry soldier systems are becoming key components of the today's and tomorrow's land force. In Europe, the main soldier modernisation programmes include the UK Army’s Future Integrated Soldier Technology (FIST), France’s FÉLIN (“Fantassin à Equipements et Liasions Integrées”), the German Infantryman of the Future (“Infanterist der Zukunft” or IdZ), and the Italian “Soldato Futuro”. It is important to note that these and other programmes in the Czech Republic (Future Czech), the Netherlands (VOSS), Norway (NORMANS), Spain(COMFUT), Sweden (MARKUS), and Switzerland (IMESS) will not only change the complete soldier profile, but they will also make command easier, with more information available during planning and combat, enhancing protection as well as superior fire power against varying and increasingly asymmetric threats. As best shown in Afghanistan, the individual infantryman and its equipment will become part of a rapidly re-configurable network in which the C4I devices carried by the infantrymen relay real or near real-time messages and data to key decision makers. Within this scheme, C4I will deliver increased situational awareness, enabling tracking and identification of own forces, thus minimising the risk of “blue-on-blue” engagements. In sum, the combination of modern soldier systems and C4I will be the new paradigm of information technology to include fully integrated elements of doctrine, communications, procedures, organisational structures, equipment, facilities, and even personnel.

Technologies for the modern soldier

Since military forces are committed to operations like those in Afghanistan, the integration of modern soldier systems into a network force will be progressively maintained to gain full-scale interoperability across various, previously disconnected forces. As shown in various after action reports provided by the 19th German ISAF contingent, the individual soldier will require to distinguish between enemy and non-combatants, or between enemy and non-C4I equipped or compatible allies. This has been a complex task during many recent counter-insurgency operations in Afghanistan, also requiring huge efforts to allow for proper communications between individual units or soldiers. Operations in a tough environment as best represented by Afghanistan also take a lot of actionable intelligence and use of special tactics, whereby the success of such actions to find and identify the enemy in the rugged terrain and urban areas will depend upon heavy investments in the individual warfighter's information superiority, survivability, sustainability, and fire power.

Within this scheme, fixed, deployable and soldier-carried sensors will provide the “eyes and ears” which, combined with C4I and network-enabled capabilities, will form the basis for information-led infantry warfare. To provide a combat-winning capability, the correct fusion and filtering of sensor data to provide an accurate picture of the combat environment will thus be needed. To bring in advanced technologies for the modern infantryman, the year 2010 will see increased activity in any respect. In doing so, the French land forces will further intensify their principal programme in this field, the FÉLIN. Following extensive trials during the last couple of years, the French Army is about to receive additional pre-production systems as part of a total quantity of 31,500 systems that have been ordered for delivery until 2013. As to the FÉLIN’s voice and data communications equipment, there will be an infantryman information network radio with GPS and two antennas as well as a computer containing an identification chip for the soldier’s position.

The German Bundeswehr developed and introduced the Infantryman of the Future or IdZ systems approach. It is being used – in the form of the basic system – with success with German ISAF troops in Afghanistan since at least 2007. But this systems approach awaits further improvements which will be drawn upon the lessons learnt with the IdZ-BS (“Basissystem”) and the extensive trials undertaken by the industry in developing the new-generation IdZ-ES (“Erweitertes System”; Extended System). It draws on improved C2 and wireless communications means, GPS receiver technology (P/Y Code), night-vision devices (with the NSV 600 modular optronics replacing the Video Visier), the Concealed Engagement Unit (CEU) for concealed monitoring and engagement, integrated ballistic protection, and improved small-calibre weapons and ammunition. It is hoped that the latter will be able to eliminate any of the deficiencies that were observed while combating an increasingly asymmetric enemy in Afghanistan.

Besides the British, Dutch, German, and Swedish initiatives in the field of soldier modernisation, the Spanish Army is investigating high-grade technologies for its “Combatiente del Futuro” (COMFUT) project. It includes small wideband networking radios, new armour protection, chemical and biological protection suits, integrated helmets, body computers, and a rifle with night vision sights. The COMFUT project which is being financed by the Spanish DGAM (Dirección General de Armamento y Material) procurement organisation, is undertaken by an industrial group comprising EADS Defence & Security Spain as the programme leader and a number of Spanish sub-contractors to include Elint, Fedur, GMV, Iturri y Amopak, and TECNOBIT. The prototype equipment to be delivered to the Spanish Army for trials will equip three squads with twelve soldiers each. The overall project calls for up to 7,000 COMFUT sets.

The Italian soldier modernisation programme is being undertaken by Finmeccanica’s SELEX Communications plus other companies involved in the development of the six integrated modular subsystems, including Aero Sekur, Beretta, Galileo Avionica, Larimart and Sistema Compositi. The first Soldato Futuro pre-series sets will be delivered to an experimental unit to integrate and test the new equipment. As told by the Italian Army, the aim is to equip a first NEC unit of brigade size and Italy’s amphibious force by 2014 or 2015. A second brigade to be outfitted with the Soldato Futuro equipment could then be realised between 2016 and 2020.

UK FIST programme

The UK FIST programme facilitates on innovative developments in the fields of communications, protection, and armament. The overall project will cover some 35,000 sets of FIST kits which will be deployed by the British Army, the Royal Air Force Regiment, and Royal Marines between 2015 and 2020. FIST will provide the infantryman with enhanced C4I and lethality (improved sensors and weapons effectiveness), increased mobility (through improved navigation devices and reduced size and weight of equipment), better survivability (clothing, body armour, stealthiness) and a higher level of sustainability through logistical support.

THALES UK is responsible for developing and integrating the modular system including C2 software for dismounted close combat, sighting equipment, software-defined radios (SDRs) and weapons for the individual soldier. Other manufacturers participating in the FIST programme and trials include ABSL Power Solutions (power management including batteries), Chelton Defence Communications (section commander’s long range radios), NP Aerospace (integrated helmets and body armour), Police Resource International (load carriage subsystem plus integration of body armour) and SELEX Communications. The latter is delivering short-range radios.

One principal objective of FIST is increased sustainability. Therefore, it will be facilitated by introducing improved power cells. Their design will continue to be based on advanced lithium-ion battery technology. The UK’s research institution QinetiQ is investigating power supplies, including fuel cell configurations and the application of QinetiQ’s ammonium borate hydrogen generator, which could be later introduced into FIST. ABSL Power Solutions Limited (formerly AEA Technology Battery Systems) also produced a modified power system of two lithium-ion battery packs for the FIST V2 trials. Each could be integrated in the SA80 rifle magazine pouch and connected to the Power Management Unit (PMU). The latter provides power for the GPS receiver, the situation awareness computer, thermal imaging and image intensification sights as well as voice/data radios. Development work on handheld fuel cells is being undertaken by an industrial team encompassing Black and Decker, Ineos Chlor, Intelligent Energy and QinetiQ.

There were four industrial teams competing for the C3 system, including SELEX Communications (Soldier System Radio or SSR and advanced situational awareness software), THALES UK (Vector Tetra radio and Soldier Integrated Combat System or SICS), ITT Corporation (soldier radio), Cobham Defence Communications (BattleHawk Integrated Digital Soldier System or IDSS) and Raytheon (MicroLight radio). Cobham’s BattleHawk IDSS provides true interoperability for combat operations. Within this scheme, Cobham’s soldier and platform-based C4I systems provide a fully integrated combat management system (CMS). This allows mounted and dismounted combat units to monitor, analyse, communicate, and react effectively to the rapidly changing combat environment, even through the “chaos of battle”. The company's tactical C4I users may be equipped with the wearable IDSS with its Soldier Data Terminals (SDT) or may access the system via the BattleHawk Vehicle System (BHVS) or command terminal. With hardware and software conceived, designed, and built by Cobham, both IDSS and BHVS provide fully integrated solutions that can be easily reconfigured to meet customer requirements in terms of mission profile, load carriage, and platform integration. Incorporating advanced microprocessor technology and operating on Windows XP or Linux, all systems offer an open architecture, simplifying future technology insertion and providing the ability to run a wide variety of additional third party applications.

French FÉLIN Soldier Modernisation Project

Meanwhile, the French FÉLIN soldier modernisation project will provide the future soldier with an improved close-combat capability. SAGEM is delivering up to 22,500 FÉLIN V1 sets for 20 infantry regiments and an additional 9,000 FÉLIN sets for use by the troops of the armoured, engineering and artillery regiments of the French Army. Two years ago, SAGEM received an order for 5,045 FÉLIN systems which will be delivered until the end of 2010. It is estimated that all French infantry troops will be equipped with FÉLIN V1 by 2010. Production of FÉLIN V2 is planned to begin in 2015.

The target weight of the entire FÉLIN system, including weapons, ammunition, power supply as well as food and water provisions, is less than 25kg. This figure includes a portable computer, a voice/date radio, new combat clothing with body armour and a new ballistic helmet. The new lightweight helmet provides ballistic protection and is fitted with two LED displays and SAGEM’s monocular “Oculaire de Vision Déportée” (OVD) optronic system with a light-intensifying camera. The headband of the helmet is fitted with an OH-295 osteo-microphone supplied by Elno which picks up speech by sensing the vibration in the wearer’s skull. Special emphasis was given to the selection of the energy supplies and the methodology of recharging batteries.

Highly secure communications will be provided by the PR4G VS4 frequency-hopping tactical radio with GPS from THALES Communications. It enables a tactical internet connectivity and links the dismounted soldier to the vehicle’s SITEL battle management system (BMS). SAGEM’s RIF (“Réseau d’Information FÉLIN”) soldier personal digital radio will be the voice and data network connecting the soldier to other infantrymen in the section and to the section commander. The range of the RIF operating over 16 channels (830 to 862 MHz) is up to 1,000 metres in open areas and 300 metres in urban areas. SITEL, also developed by SAGEM, is being fitted to all French Army vehicles and, as of April 2008, had been deployed with two armoured brigades.

The weapons systems found in the FÉLIN include the GIAT FAMAS F1 5.56mmassault rifle, the GIAT FR-F2 7.62mm sniper rifle, and the FN HERSTAL Minimi 5.56mm light machine gun. The weapons are to be fitted with new sights for day and night operation and improved target acquisition. The soldier will have an image-intensifying sight as likely found in SAGEM’s Clara system. The commander will have a thermal imaging weapon sight. Both sights are linked to the communications system, allowing that acquired target images which are being transmitted digitally in real-time through the FÉLIN communications network, can be viewed through the weapons sights. SAGEM’s JIM MR multifunction binoculars have been also chosen for FÉLIN. Some 3,000 examples of this binocular are on order to equip FÉLIN squad leaders. It is based on 320 x 240 long-wave infrared (LWIR) focal plane array microbolometer detector technology, with the complete equipment weighing 1.8 kg. Also attached is a 1.54 microns eye-safe laser rangefinder with a 5 kilometres ranging capability, a Vectronix digital magnetic compass and a GPS receiver.

German IdZ-ES System

The German IdZ-ES system utilises cutting-edge technologies, thus merging the “complete infantry system” – the ten men strong infantry group with its new wheeled GTK BOXER combat vehicle including the base station – into a network-enabled framework. In German Bundeswehr parlance this is widely named “Vernetzte Operationsführung” or NetOpFü, requiring network-enabled equipment like a newly designed core computer (or “Computer-Einheit”) which will be lighter than its precursor system and requires less energy. The main functions of the core computer include the power supply management, the access control and monitoring, the soldier information system for the map/position presentation, navigation, messaging, exchange of follow-up and target data, the processing of various sensor data (NBC, biometric, position) as well as the operator interference and its presentation. Importantly, the Personal Digital Assistant (PDA) used to control the basic IdZ system components is no longer required. The WBZG thermal sight developed by AIM Infrarot-Module GmbH will be used for the MG4 5.56mm machine gun and G-82 12.7mm sniper rifle. It provides a 1,500 metres identification range.

It is important to note that combat vehicles like the GTK BOXER will form the basis for networked operations, meaning that the battlefield is increasingly being digitised by supporting commanders at any echelons with real-time situational awareness, target identification and graphical combat area displays. The first examples of the GTK BOXER (of a total of 272 vehicles in different variants procured for the German infantry) were officially handed over to the German BWB (Bundesamt für Wehrtechnik und Beschaffung) defence materiel procurement agency and the European OCCAR (Organisation Conjointe de Coopération en matière d’Armement) programme agency in September 2009. Under the umbrella of NetOpFü, the infantry group made up of the IdZ-ES can then request support from land, sea or air forces.

The interaction of the IdZ with wheeled and tracked armoured infantry fighting vehicles (AIFVs) and the interconnection with the German Army's C3I system (“Führungsinformations Heer” or FüInfoSys Heer) by utilising TETRAPOL or VHF communications will be inherently benefiting from the technologies developed so far, said Dr. Karsten Deiseroth, President of Integrated Systems Deutschland, EADS Defence & Security, during a television interview with the author at the 24th AFCEA exhibition in Bonn (Germany) on 5 May 2010. When using the GTK BOXER in a military operation, the group connects to the command information system. The IdZ system enables the group leader of an infantry section to make a comprehensive local picture, with the helmet display supplying the soldiers with combat and order information. Within this scheme, it is possible to show and transmit the position of opposing forces, area obstacles and opposing mine barriers. Using a manual control unit, the soldier manages the core computer. It is based on the LINUX operating system and controls all other soldier device interfaces.

The IdZ-ES represent the Gen II of the IdZ system which will replace the IdZ-BS by 2012. The contract awarded to Rheinmetall Defence in December 2009 will result in the IdZ-ES system for a group of then soldiers. Following extensive trials in El Paso (Texas) and in Germany (Infantry School Hammelburg), Rheinmetall Defence has been modifying the equipment utilised in the IdZ-ES with respect to a greater degree of modularity, ergonomics, and weight reductions. A highly modular concept is seen herein to provide the future infantryman a superior system for use on the modern battlefield. Following parlamentary decision, the new-generation IdZ-ES could be delivered between 2010 and 2014, with approximately 900 extended systems to be foreseen for infantry and armoured infantry units.

Italian Soldato Futuro

The communications systems used by the Italian “Soldato Futuro” will be based upon two systems. The first one will be used by the individual infantryman providing a maximum range of 1,300 metres in open terrain. The second radio, a broadband radio with a 5,000 metres maximum range, will be employed by team leaders for linking with other teams. A remote control on the rifle can be also utilised to activate voice communications. Alternatively, the soldier can pull up a recipient for communications on a touch-screen pocket tablet. Mounted on the soldier’s helmet is a TV day/night camera which relays magnified imagery to the single-eye viewfinder worn by the soldier. Imagery derived from the rifle’s sight can be also beamed by Bluetooth to the same viewfinder. The principal weapon will be the 5.56mm ARX-160 rifle developed by Beretta. It will benefit from three quickly interchangeable barrel lengths while carrying a 40mm grenade launcher. The latter will be assisted by elevation readouts on a dedicated fire control system. Team leaders and unit commanders will carry target acquisition binoculars able to create images or video sequences and process range, azimuth, elevation and GPS readings.

Spanish COMFUT System

The Spanish COMFUT system will be facilitating on new technology provided by ITT Corporation’s Communications Systems division. It received a contract from EADS’ Defence & Security division for delivery of its SpearNet small wideband network radio system for the Full-Scale Engineeing Development (FSED) phase of the COMFUT programme. The pocket-sized, <350g, device utilises ad-hoc networking to bring individuals full situational awareness without the need of creating or monitoring network operations. Range is widely quoted at 1,000 metres between soldiers and 6,000 metres when using a vehicle-mounted antenna. The radio utilises self-forming, self-healing waveforms with multihop and wideband spread spectrum with multipath mitigation, allowing the radio system to function in urban warfare scenarios. Trials have demonstrated the transmission of digital photographs and voice in urban areas. When using such state-of-the-art radio equipment, the individual soldier will be capable to collaboratively plan its actions and network to a host of applications like intelligence reports and blue force tracking.

Norwegian NORMANS System

Meanwhile, the Norwegian NORMANS (Norwegian Modular Arctic Network Soldier) has been moving toward company level trials within a mechanised battalion in 2009. With the NORMANS system providing the basis for a net-centric Norwegian land component, the Harris RF Communications RF7800S Secure Personal Radio has been already selected via the Norwegian Personal Field Radio programme. This radio system is operating in the 350 to 450 MHz band, having a simultaneous data/voice capability and a range of 2,000 to 3,000 metres in open terrain and 800 metres in urban areas. During 2009, a competition has been underway between Norwegian companies to also supply some 416 C4I systems based on specifications derived from trials by the Norwegian FFI defence research establishment

buglerbilly

01-10-10, 05:44 PM

BAE Develops ‘Three in One’ Body Armor

by christian on October 1, 2010

So the Army recently posted a solicitation for a new body armor concept that allows the Soldier to specifically tailor his armor protection to the mission and environment.

Four companies responded, including BAE Systems, Point Blank, Armor Works and Protective Products and the concepts were tested down at Fort Benning over the summer.

Carl Fulmore, who used to work at PEO Soldier and now runs the Biz Dev department for BAE’s armor and security division, walked through the innovative armor solution BAE came up with. You all know how much of an armor nerd I am and I have to say, the BAE Soldier Scalable Protection System was one of the most amazing concepts I’ve seen since the Crye armor chassis.

Basically it uses a concealable armor core (that can be retrofitted with Level IV plates) and builds on a plate carrier, shoulder and arm protection and throat and groin shrapnel blockers to form a full-up turret gunner suit all the way down to an under blouse vest for CID or a stripped down plate carrier for mountaintop door kicking.

More details below and vid at link shown...........

Read more: http://kitup.military.com/#ixzz117dwLvsf

buglerbilly

05-10-10, 02:51 AM

Via Soldier Systems........

Low-Profile Armor Carrier System from Mayflower

October 5th, 2010

Mayflower Research and Consulting, LLC has offered their Low-Profile Armor Carrier for some time but they are constantly improving the system. Additional options are regularly produced for specialized customer requirements. The most popular make it to full production. The system is modular and you can combine front and back panels with various cummerbunds to build the perfect vest for your application.

As you can see, Mayflower’s SwiftClip Attachment allows a variety of Chest Rigs to connect directly to the LPAC.

Additional information coming soon from www.Mayflower-rc.org. The complete system, including new cummerbund options is coming this Fall to your favorite military outfitters.

buglerbilly

13-10-10, 04:31 AM

U.S. Army Looks to Lighten Troops' Load

By KATE BRANNEN

Published: 12 Oct 2010 16:01

The photo pretty much says it all.............:g7

Weight remains a major obstacle for the U.S. Army as it tries to equip soldiers with all of the gear needed to remain safe and connected to other soldiers on the battlefield.

Brig. Gen. Peter Fuller, head of Program Executive Office Soldier, said the Army hopes to address the load problem by integrating soldier systems so that they perform multiple functions. (Army)

"I tell people in my office, 'Stop hanging stuff on the kids like they're Christmas trees,' " Brig. Gen. Peter Fuller said Oct. 12 at the 10th Annual C4ISR Journal Conference in Washington, D.C. Fuller is head of Program Executive Office Soldier.

It is time to integrate soldier gear, Fuller said, showing photos of soldiers and Marines worn out from the enormous amount of weight they are carrying.

Read more here : http://www.defensenews.com/story.php?i=4891407&c=AME&s=LAN

buglerbilly

14-10-10, 04:06 PM

Article included here due to applicability to Body Armour, this time being produced in China...........

New Super-Strong Fiber Designed to Meet Threats in Former-Soviet Markets

October 14, 2010

tamir_eshel

Composite fibers manufacturer DSM Dyneema unveiled today the SB51, a new fiber optimized for use in ballistic vests that combine minimum weight with high protection performance against handgun ammunition, fragments and knives. It was designed specifically to provide protection against the prevalent threats in Central and Eastern Europe and Asia Pacific, namely the 7.62x25mm Tokarev bullet, widely used in former Soviet states and neighboring countries as well as the Chinese P54 pistol ammunition.

Zhong Tian Feng (ZTF) in Beijing has been named the launch customer for the new fiber. ZTF is a development partner with DSM Dyneema in China. According to Sasja Spiertz, Business Segment Manager, Personal Protection, at DSM Dyneema, the company invested in the new line in expectation of important new business in Central and Eastern Europe. Spiertz added the new fiber is the first of a new series of grades that will expand our portfolio in the coming months and years.

SB51 pioneers a new line of ballistic protection vest grades uni-directional (UD) materials promising better protection achievable with Soft Ballistic (SB) armor. Tests conducted on the new material indicated it substantially outperforms aramids, demonstrating improvements of 10 to 20% compared with Dyneema SB21 for specific bullet and test specifications. Dyneema SB51 followed the SB21 and SB31 UD grades, all three are made with the ultra-high molecular weight polyethylene (UHMWPE) Dyneema fiber.

Integrated into a protective vest system fabrics woven of the new fiber are combined with trauma liners and stab resistance solutions in vests designed to meet various international standards, including NIJ 0101.04 and NIJ 0101.06. In China, ZTF plans to offer ballistic protection vests complying with the Chinese specification GA-141 2001. The new material is suitable for both tactical and concealed vest designs, enabling vests to be designed with low Back Face Signature while remaining thin, light and comfortable. Trauma liner systems can be made more flexible than before while still keeping vests within specification.

buglerbilly

15-10-10, 04:16 PM

More on SB51.............

New Dyneema SB51 UD Material Enables Best-in-Class Body Armor Solutions

16:37 GMT, October 14, 2010

URMOND (NL) | DSM Dyneema is expanding its already strong portfolio of products based on Dyneema, the world’s strongest fiber, with the first in a new series of vest grades of unidirectional (UD) material. Dyneema SB51, which the company believes will create a step-change in the protection achievable with Soft Ballistic (SB) armor, has been developed for use in ballistic vests that combine minimum weight with high protection performance against handgun ammunition, fragments and knives.

Dyneema SB51 builds on the success that DSM Dyneema has already achieved in this market with its Dyneema SB21 and SB31 UD grades, all three of which are made with the ultra-high molecular weight polyethylene (UHMWPE) Dyneema fiber.

Numerous ballistic tests show that Dyneema SB 51 takes performance to the next level, substantially outperforming aramids and demonstrating improvements of 10 to 20% compared with Dyneema SB21 for specific bullet and test specifications.

Intended for use by personnel in the military and law enforcement, Dyneema SB51 has been developed in close cooperation with body armor manufacturers. It is the first material to be designed specifically to provide protection against the prevalent threats in Central and Eastern Europe and Asia Pacific, in particular the 7.62x25mm Tokarev bullet, widely used in former Soviet states and neighboring countries as well as the Chinese P54 pistol ammunition.

Dyneema SB51 can also be combined with trauma liners and stab resistance solutions in vests designed to meet various international standards, including NIJ 0101.04 and NIJ 0101.06. Furthermore, it can be used both in tactical and concealed vest designs. Its use enables vests to be designed with low Back Face Signature while remaining thin, light and comfortable. Trauma liner systems can be made more flexible than before while still keeping vests within specification.

Further advantages of Dyneema SB51 include its ease of handling, which leads to time and cost reductions for body armor manufacturers in material lay-up and cutting, as well as its high durability and resistance to moisture, UV rays and chemicals. Additionally, vests can be easily upgraded to protect against heavier rifle fire using class-leading inserts made with Dyneema.

The first customer for the new UD material is Zhong Tian Feng (ZTF) in Beijing, a development partner with DSM Dyneema in China. “With Dyneema SB51, we are able to produce the lightest-yet protective armor capable of meeting Chinese specification GA-141 2001,” says Yang Zhi Dong, General Manager at ZTF. He adds: “Working together with DSM Dyneema, we can sustain a high pace of new product development and respond quickly to trends in the market.”

“We have numerous active partnerships on innovation and marketing with leading protection equipment manufacturers and we are very happy to see ZTF pioneering the use of Dyneema SB51,” says Sasja Spiertz, Business Segment Manager, Personal Protection, at DSM Dyneema. “We expect them to be joined by several other customers in the very near future. We also expect important new business in Central and Eastern Europe, especially given the attention we have given to protection from bullet types that are a special hazard to law enforcement agents in that region.”

Spiertz concludes: “DSM Dyneema has a constant and very active development program devoted to innovation in personal protection. Dyneema SB51 is just the first of a new series of grades that will expand our portfolio in the coming months and years. We will continue to optimize our value proposition.”

buglerbilly

27-10-10, 01:46 AM

New Spectra Shield II composites provide lightweight bullet resistance for a wide range of body and vehicle armor

MORRIS TOWNSHIP, N.J. | Honeywell (NYSE: HON) announced today that it has expanded its Spectra Shield II line of ballistic materials for hard armor applications, including breast plates, helmets and vehicles that are lighter, work effectively in high temperatures and keep military personnel safer.

The new products, Spectra Shield II SR 3136 and SR 3137, absorb 2 to 6 times more energy than earlier-generation Spectra Shield hard armor products, reduce impact trauma by 10 percent, and have improved ballistic performance at high temperatures.

These new materials also enable lighter, more protective armor. They can lighten the load of both the soldier and the vehicles that transport them, and, when utilized as a key component of advanced armor systems, can help withstand a variety of threats, including armor-piercing rounds, improvised explosive devices and explosively formed projectiles.

“Honeywell’s new Spectra Shield II ballistic products demonstrate our focus on developing tougher, lighter weight ballistic materials that can protect against increasingly lethal threats to military and law enforcement personnel,” said Phil Wojcik, global business director for Honeywell’s Advanced Fibers and Composites business. “This is another example of Honeywell’s commitment to developing advanced materials to help protect men and women who serve in militaries and law enforcement agencies around the world.”

Each of the new products has been tested at high temperatures and, when compared to current Spectra Shield products, can offer up to a 10 percent improvement in backface signature performance, minimizing the depressions caused by projectile impact. The new materials also showed a 5 percent improvement in ballistic performance when tested under these conditions.

Spectra Shield II is a composite material that incorporates Honeywell’s super-strength Spectra fiber, which, pound for pound, is 15 times stronger than steel yet light enough to float. Shield technology is a patented Honeywell process designed to optimize the ballistic performance characteristics of Spectra, as well as aramid, fiber.

Spectra fiber is made from ultra-high molecular weight polyethylene using a patented gel-spinning process. The fiber exhibits high resistance to chemicals, water, and ultraviolet light. It has excellent vibration damping, flex fatigue and internal fiber-friction characteristics. It has up to 60 percent greater specific strength than alternate aramid fiber.

Spectra Shield II products have been widely adopted and proven for the most advanced armor applications globally – from bullet-resistant vests, breast plates, and helmets to combat vehicles and military aircraft – where lightweight solutions and durability are critical.

Honeywell Specialty Materials is a global leader in providing customers with high-performance specialty materials, including fluorine products; specialty films and additives; advanced fibers and composites; intermediates; specialty chemicals; electronic materials and chemicals; and technologies and materials for petroleum refining.

buglerbilly

27-10-10, 03:11 PM

BAE Systems to Showcase New Scalable Soldier Protection System

(Source: BAE Systems; issued October 26, 2010)

Scalable Soldier Protection System (SSPS)
Concealable with Plate Carrier
All rights reserved by BAESystemsInc

WASHINGTON --- BAE Systems is unveiling its all inclusive body armor system, called the Scalable Soldier Protection System (SSPS), at this year’s Association of the United States Army (AUSA) Annual Meeting and Exposition. Designed to improve the way soldiers currently wear and utilize their protective equipment, SSPS is an integrated body armor system that is comprised of a soft armor vest, plate carrier and load bearing belt.

Applying technologies and designs developed from its internally funded Ultra Lightweight Warrior (ULW) program, BAE Systems designed SSPS to meet the U.S. Army’s Soldier Protection Demonstration requirements. Because SSPS is modular, scalable and tailorable, within seconds, the vest can be transformed from a concealable configuration that provides solid protection in low-risk threat situations, to a full tactical vest required for high-risk missions.

“It’s not enough to just offer individual body armor components to our soldiers today. The individual components have to be able to work together as a system, and not get in the way of a soldier’s mobility,” said Val Horvatich, director of Advanced Programs at BAE Systems’ Personnel Protection Systems business. “With SSPS, we’ve created a next generation and a true body armor system that not only enhances mobility and proper weight distribution, but allows soldiers to configure the system any way they want, to meet any requirements.”

The technologies incorporated into SSPS include new lightweight materials, a soft armor package that is lighter in weight than current offerings, and a quick-release mechanism that decreases donning and emergency doffing time. The system itself can be configured into four primary configurations, including:

--Concealable
--Concealable with Plate Carrier
--Stand-Alone Plate Carrier
--Tactical

The SSPS also has a load-bearing and stabilizing feature that better distributes and repositions weight from the shoulders to the hips.

“When used, the load-bearing and stabilizing feature aids in better distributing the weight of the vest and plate carrier over the hips, allowing for the effective and adjustable transfer of weight from the shoulders to the hips,” said Horvatich. “This results in immediate removal of excess strain from the shoulders, greatly reducing fatigue and performance degradation.”

Another unique feature of SSPS is that BAE Systems developed a female version of the system, specifically designed to deliver the same ballistic protection, while improving comfort, fit and shaping for women.

BAE Systems was awarded a contract from the U.S. Army in June of this year for ten SSPS systems, which are undergoing testing and evaluation this fall.

BAE Systems is a global defense, security and aerospace company with approximately 107,000 employees worldwide. The Company delivers a full range of products and services for air, land and naval forces, as well as advanced electronics, security, information technology solutions and customer support services. In 2009 BAE Systems reported sales of £22.4 billion (US $36.2 billion).

Scalable Soldier Protection System (SSPS)
Full Tactical
All rights reserved by BAESystemsInc

Scalable Soldier Protection System (SSPS)
Stand-Alone Plate Carrier
All rights reserved by BAESystemsInc

Scalable Soldier Protection System (SSPS)
Concealable Front
All rights reserved by BAESystemsInc

-ends-

buglerbilly

27-10-10, 03:57 PM

A few interesting shits from the Bundeswehr's FLIKR photostream.............Note the revised stock, etc on the G36.........there is something distinctly Fallschirmjaeger of WW2 fame about this first pose.

Infanterist der Zukunft
Infanterist der Zukunft im Gelände.©Bundeswehr/Rott

Infanterist der Zukunft
Infanterist der Zukunft im Gelände.©Bundeswehr/Rott

More traditional stock..........

Infanterist der Zukunft
Infanterist der Zukunft im Gelände.©Bundeswehr/Rott

CaptainCleanoff

28-10-10, 07:37 AM

Interesting shots of the Germans, like you said, the first pic screams FJ's from WW2, the smock is so similar.

Has there been any advancements/news regarding LAND 125?

buglerbilly

28-10-10, 11:14 AM

buglerbilly

29-10-10, 05:39 AM

Tomorrow’s Troops Will Be Covered in Gadgets (the Army Hopes)

By Spencer Ackerman October 28, 2010 | 4:25 pm

Someday, somehow, soldiers running around the battlefield are going to be able to swap data and talk to each other, just like us civilians at home.

Surprising as it is to Blackberry-addicted civvies, the Army’s struggled for nearly twenty years to get soldiers tough, light, bandwidth-conserving gear that can allow them to find each other on a digital map. (You try getting a cell signal on day one of a war, or crawl through the mud with your iPhone.) But now three defense contractors are vying for an Army contract, due next spring, called Nett Warrior, the latest attempt to equip soldiers with mobile computers, maps and radios.

The three companies — Raytheon, Rockwell Collins and General Dynamics — were cautious in discussing the program during this week’s Association of the U.S. Army confab. The Army hasn’t bought any of their designs yet and they’ve got company secrets to protect from their competitors. But from what they describe, Nett Warrior may be lighter and more durable than its predecessors — particularly an on-again-off-again program called Land Warrior — and equipped with texting and better data-sharing functions. In other cases, the apple hasn’t fallen far from the Land Warrior tree: optics mounted on a helmet will still provide a screen right in front of a soldier’s eye, for instance.

At Rockwell Collins’ booth at the Association of the U.S. Army conference in Washington, a mannequin in soldier fatigues displayed some of the features that the company has in mind for Nett Warrior — a step Rockwell’s competitors didn’t take. “We think it’s important to show the program is real,” says Willie Croghan, a manager for business development at Rockwell. That’s a nod to the difficulties in delivering Land Warrior, which deployed to Iraq and Afghanistan,with mixed results. The Army long wrestled with making the electronics tough enough for the battlefield and light enough for soldiers to comfortably wear.

Rockwell’s design for Nett Warrior — originally called the Ground Soldier Ensemble and begun in 2008 — features a handheld controller dangling off the mannequin’s chestplate. That’s the System Control Unit, a push-button keyboard with a circular mouse that directs the navigation and communications systems. It weighs about a pound and fits in a soldier’s hand. All told, the whole Rockwell Nett Warrior prototype weighs 7.6 pounds, about as much as the Army says it wants the system to weigh.

On command from the keyboard, displays of maps appear on a small screen launched from an eyepiece mounted on a helmet — like Land Warrior had — or the system’s digital radios are engaged, and soldiers can type messages to each other. Sam Hubbard, a retired colonel who’s now a Rockwell senior director for Army and defense programs, says the company’s system is “agnostic” between the radio waveform the Army uses, the Enhanced Position Location and Reporting System and another it may adopt, the Soldier Radio Waveform. A frequency-based downside: if the Blue Force Tracker geo-locator devices the military uses to track the movements of friendly forces don’t use either waveform, Hubbard says his model for Nett Warrior won’t pick them up. And that can contribute to friendly-fire mishaps.

Raytheon, another Nett Warrior competitor, doesn’t say much more about what its prototype will contain. “It’ll have a hands-free type display,” says Stephen Chambers, Raytheon’s director for advanced systems and technology, suggesting the eyepiece will return. “All of them have computers, all have radios… The goal is to drive down the size, power [requirements and] costs.”

General Dynamics C4 Systems, which had the original Land Warrior contract, seems to have gone in a different direction. Its representatives wouldn’t discuss what their version of Nett Warrior possesses. But the company recently rolled out an eight-ounce touchscreen computer, called the GD300, that has its own GPS, and runs the Android operating system to load the glut of new military applications under development. A wristband attachment run through a cable allows it to talk to military radios like the company’s own Rifleman Radio. Among the apps it can already run: General Dynamics’ Tactical Ground Reporting, a Darpa-sponsored program for troops to view data about where they’re operating.

“It shares information,” General Dynamics’ Mike Dibiase says about the GD300. “You know where your buddies are, where the bad guys are, you can chat, text… the whole idea is to give young soldiers what they’re used to.”

It’s not clear if the GD300 will be the computer-brain of Nett Warrior, as a company spokeswoman, Carol Taska Smith, says she’s not “at liberty to disclose specific system information.” But like Raytheon and Rockwell Collins, the criteria she says the Nett Warrior has to meet are the direct result of talking to soldiers about what’s useful to them: “form, fit and function improvements.” Major Doug Copeland, an Army officer who co-wrote a long case study on Land Warrior, says a key lesson of the older program was that that “One size does not fit all… It’s got to offer soldiers’ options — if they’re left-handed, right-handed… they’ll want to customize their rig.”

Comfort’s a big deal, especially when you’re already wearing up to 100 pounds worth of armor. The latest versions of Land Warrior got down from 16 pounds to about eight; Nett Warrior needs to be around seven pounds. But the lighter something is, the less durable it tends to be, and this is gear that needs to work when soldiers are on patrol — and potential combat — in adverse conditions. Then there’s the difficulty of getting connectivity out in low-bandwidth areas like the mountains of eastern Afghanistan.

The military’s made some adjustments on those fronts. High-priority units like the bomb-hunters in Task Force ODIN have been able to order up bandwidth from the Defense Department to get shipped out to Afghanistan. And some defense contractors created mobile cell towers that fit on the underside of a drone, providing a secure 3G network to soldiers below.

All three companies’ Nett Warrior prototypes are getting tested out at Fort Riley. But it won’t take long to learn who made the winning design. Last month, an Army official said he expected “low-rate initial production” of Nett Warrior to begin in March 2011. Older models like Land Warrior “proved the idea that you can digitize the soldier,” says Stephen Jones, a program manager at Rockwell. Now to learn how to advance that digitization.

Photo: Spencer Ackerman

Read More http://www.wired.com/dangerroom/2010/10/tomorrows-troops-will-be-covered-in-gadgets-the-army-hopes/#more-34281#ixzz13iQRcHZr

buglerbilly

03-11-10, 04:12 AM

Armor Works’ Answer to the Scalable Vest Quest

by christian on November 2, 2010

Kit Up! readers will remember that we reported on a pretty cool armor system being developed by BAE Systems for the Army’s look at scalable armor systems that can go from a concealable vest for MPs to a plate carrier for door kickers all the way up to a full-on IOTV for MRAP gunners.

We had a great chat with Jason Beck, the president and founder of TYR Tactical, a subsidiary of Armor Works which offers some very cool tactical products in the pouch/armor/pack arena. He explained to us his prototype of the Modular Scalable Tailorable armor system at the annual AUSA conference, and I gotta admit, his company has taken a unique approach to the problem...............

Read more: http://kitup.military.com/#ixzz14BHBrUMF

TYR Tactical are the people that do the MICO Machine Gunners Assault Pack..............

buglerbilly

05-11-10, 05:19 AM

Summary of what's happening with the US Soldier-orientated ("oriented" as the Yanks and others misspell it!)................

Properly Equipping The Force

By Rita Boland, SIGNAL Magazine

November 2010

Constant needs, emerging trends and multiple opinions challenge developers to put the best solutions in the right hands.

The U.S. Army’s Program Executive Office Soldier is working with a focused fervor to carry out its responsibility to refine the development of and supply virtually every piece of equipment soldiers wear or carry. As troops engage in persistent conflicts around the globe, they require a new set of technologies to achieve their missions. To ensure victory on the battlefield, these tools must make forces more lethal, survivable, sustainable and agile. Office personnel are working to ensure they do just that, whether the situation calls for a new uniform or a state-of-the-art technical device.

Developing the best equipment and fielding it quickly is the primary purpose of Program Executive Office (PEO) Soldier. Its “soldier as a system” approach results in an overall systematic design that benefits warfighters by enhancing their ability to accomplish individual and collective tasks. The office’s responsibilities encompass more than 460 products for development, acquisition, fielding and improvement to fill the gaps experienced by troops in the field. Efforts support soldiers as well as partners such as the Air Force, Marine Corps and special operations forces.

Different authorities in the office work on different facets of troops’ gear. Product Manager (PM) Soldier Weapons, for example, has several major projects underway, including the M-4 improvement plan and an upcoming request for proposal (RFP) for the production of additional Common Remotely Operated Weapon Station (CROWS) systems. The RFP is anticipated in the third quarter of fiscal year 2011, and the contract is based on the same requirements as the current system. PM Soldier Weapons continues to field more stations each month in the meantime.

CROWS is a stabilized mount containing a sensor suite and fire control software, allowing on-the-move target acquisition and first-burst target engagement. It can engage targets in day and night conditions, and the sensor suite includes a daytime video camera, thermal camera and laser rangefinder. CROWS is designed to mount on any tactical vehicle and supports the MK19 grenade machine gun, .50-caliber M2 machine gun, M240B machine gun and M249 squad automatic weapon.

PM Soldier Protection and Individual Equipment is working on an effort of a different kind as it fields operation Enduring Freedom camouflage-pattern uniforms. The group also is focusing on a new generation of helmet sensors as well as the Non-Maneuverable Canopy (T-11) and Maneuverable Canopy 6 (MC-6) parachute systems. The T-11 Personnel Parachute System is the first wholesale modernization of the tactical parachute system since the 1950s according to PEO Soldier. It provides airborne soldiers with a more stable, safer rate of descent that reduces landing injuries and enables the wearer to carry a heavier load. The MC-6 Personnel Parachute System is a new tactical, static-line-deployed, steerable personnel parachute system that replaces the legacy MC-1 series parachute equipment. It enables the parachuting soldier to steer toward a specific impact point in the drop zone. It has several improvements over the system it replaces and is designed to operate at higher altitudes with heavier weights.

More technologically advanced experimentation is taking place in PM Soldier Warrior, which is focusing on a limited user test of the Nett Warrior system scheduled to be fielded in the fourth quarter of fiscal year 2010. The system, which includes hardware and software, should provide enhanced situational awareness to ground troops. Also falling under PM Soldier Warrior is ongoing theater support for Land Warrior and low-rate initial production and testing for the Aircraft Wireless Intercom System.

The PM for Soldier Precision Targeting Devices is developing high-tech solutions to battlefield problems as well. The main project in the division is the Joint Effects Targeting System (JETS), which received Milestone A approval in July. JETS provides a significantly enhanced lightweight, handheld precision targeting capability to joint forward observers and joint terminal attack controllers. In addition to improving accuracy, the system will reduce the 35-pound weight of current comparable systems to 15 pounds. “This is a game-changing enhancement for dismounted soldiers operating in rugged environments in which precision and minimization of collateral damage are imperative,” says Lt. Col. Mike Traxler, USA, PM for Soldier Precision Targeting Devices.

The lighter weight of JETS will make it practical for platoons to carry instead of leaving a larger system back at the company level, which would push capability forward on the battlefield. The alterations from the former systems make it more useful for soldiers and enable platoons to establish targeting requirements for precision weapons more quickly and accurately. The result will be decreased time frames for putting weapons on target and reduced collateral damage. “A couple minutes of time on target is a pretty big deal when you’re the guy being shot at,” Col. Traxler says.

The colonel’s deputy, Nick Nickerson, explains the relationship between his team’s work and the weapons in use today, saying, “We’re trying to get precision targeting to the field so we can make use of precision weapons. We want to get the bad guy. We want to get him the first time. And we don’t want collateral damage.”

Reducing size, weight and power draw of equipment is one of the major focuses for all of PEO Soldier. With many troops in battle conditions carrying more than 100 pounds, often in extreme heat, finding ways to reduce their load is of concern for the Army and its sister services.

PEO Soldier is working on more than 460 products to field to troops in theater. Some projects involve high-tech devices, but others involve more basic needs. To protect troops better in Afghanistan, the office is working to field operation Enduring Freedom camouflage-pattern uniforms.

Decreasing targeting sensor weight and improving targeting sensor accuracy and range also are key to supporting current and future operations for all the military branches. In 2007, Col. Traxler’s PM began a joint effort to coordinate azimuth sensor efforts across the military, partnering with the Army Night Vision Laboratory, Naval Surface Warfare Center (NSWC) Dahlgren, NSWC Crane, Marine Corps Systems Command and the Air Force Tactical Air Control Party Modernization office to form the Joint Precision Azimuth Sensor Working Group. In 2010, the group expanded its efforts to cover all targeting sensor technology. “This group has proven to be very beneficial to all parties as a way to improve targeting sensors across the joint force by sharing information, coordinating development efforts, focusing the efforts of the vendor base and reducing program risk,” Col. Traxler says.

More cutting-edge technology refinement is being carried out by PM Soldier Maneuver Sensors. A project with major impacts to the Army’s fighting formations is the development of Enhanced Night Vision Goggles (ENVGs). Lt. Col. Chris Schneider, USA, the PM of Soldier Maneuver Sensors, says his office now is postured to start fielding them in large quantities to brigade combat teams. The ENVGs combine image intensifier and infrared technology into a single view so users no longer are dependent on ambient light availability.

Developers expect the tools to increase combat identification and reduce fratricide. “It will be a significant piece of kit, especially in Afghanistan, as we increase the quantities in our squads and platoons,” Col. Schneider says. “I think it will be a game changer for small-unit fire and maneuver.”

In addition to improving sight in obscured conditions, PM Soldier Maneuver Sensors is helping warfighters to see through solid material. The Sense Through the Wall project is a first-of-its-kind technology that measures approximately the size of a standard brick and uses Doppler radar to detect personnel through a wall up to 20 meters away. “It prevents soldiers from having to enter buildings unnecessarily and potentially running into booby traps and putting themselves at risk,” Col. Schneider explains. It also will enable soldiers to cover more ground and reduce exposure. The project currently has achieved Milestone B status. The colonel says the technology has proved itself to be “very effective,” and more testing will start in about four months.

All of the technology in the field and in development presents soldiers and developers with a challenge—integration. As devices become more complex and expensive, personnel have to make serious decisions about how to deploy and employ them. Col. Traxler explains that gadgets such as iPods or iPhones are intuitive for users and that “we need to be designing high technology in the same way.” Soldiers often carry five or six electronic devices that they need to operate simultaneously. Col. Traxler says these troops are intelligent, but are becoming overtaxed. New products must integrate with what troops already use if the equipment is to become effective on the battlefield.

Deciding what those new tools should be is a challenge that extends beyond the PEO. According to Col. Schneider, the office has basically two ways of taking care of soldiers’ needs. The first is through formal Army requirements processes; the other involves more rapidly fielding a solution requested by a soldier or unit in the field. “Whether that becomes a long and enduring solution for the Army is not a decision we make,” he says.

The program office works to maintain a dialog with end users to help ensure the equipment they receive actually helps to solve problems. One of the challenges for the developers at PEO Soldier is balancing the official requirements process against opinion from the field.

To support users better and to adjust to U.S. Defense Department guidance changes, the office continuously refines and adapts existing processes. Recently, focus has been placed on refining technology road maps through close interaction between the program management, laboratory and combat development communities. Col. Traxler says, “We continue to improve our processes and system for tracking program execution and earned value management and are improving tracking and sharing of information via SharePoint and other information-sharing mechanisms.”

In fiscal year 2010, the PEO revamped part of its acquisition process when a team from the Natick Soldier Research, Development and Engineering Center worked with PEO Soldier staff to define a preliminary Collaborative Science and Technology Planning (CSTP) process to improve the transition between the technology developer and the material developer. This change included the PMs, as well as the user representatives from the Army’s Training and Doctrine Command (TRADOC), the Army Capabilities Integration Center and the Maneuver Center of Excellence at Fort Benning, Georgia. This CSTP process will jointly identify new efforts in collaboration with the PM/TRADOC user staffs that will address user gaps not being remedied through current science and technology programs. According to PEO Soldier, the ultimate goal of this process is to confirm a recommended science and technology portfolio with PEO Soldier input.

Col. Traxler explains that his PM’s relationship with the Army Fires Center of Excellence, the Maneuver Center of Excellence and the end user is essential to success. Another way in which the PEO ensures that the millions it spends results in the right solutions is by working closely with research laboratories to best transition research technology into a program of record. “It’s a pretty tough thing to do,” Col. Traxler says. Because the office is focused on providing solutions, it only takes over mature projects. “When it gets to us, it better get into the field,” the colonel states.

Col. Traxler and his team work with partners outside the military as well. “We have a strong relationship with the MIT Institute for Soldier Nanotechnologies, Johns Hopkins Applied Physics Lab and numerous partners in development of the latest technologies,” he states. “Industry continues to be a vital partner in developing and delivering game-changing technology to our users.”

Working with sister services also has become increasingly important over time as military operations have moved away from Cold War tactics and become more focused on interoperability. Though sharing on the battlefield has proved successful in many ways, it adds to the difficulty of creating systems because each branch has its own approach and technology that later must be connected in the battlespace. By keeping work joint not only in the field but also during development, the military can integrate systems with one another in theater better. Teams within PEO Soldier also cross-collaborate as necessary.

Other trends influencing PEO Soldier’s efforts include those within the command, control, communications and computers field to provide superior decision making ability and intelligent network decision agents to link troops seamlessly into the battlefield network. Current and future system technologies from the office will provide material solutions to protect, sustain and equip troops coupled with nonmaterial solutions to enhance human performance. Col. Traxler explains that many of the technological aspects of soldiers’ needs, such as reduced size, power draw and weight, remain constant, but that developers must be responsive and adaptive to changes in warfighter requirements and emerging applications for existing technology.

WEB RESOURCES
PEO Soldier: https://peosoldier.army.mil
Natick Soldier Research, Development and Engineering Center: www.natick.army.mil/soldier
MIT Institute for Soldier Nanotechnologies: http://web.mit.edu/isn
Johns Hopkins University Applied Physics Laboratory: www.jhuapl.edu

CaptainCleanoff

08-11-10, 09:16 AM

Not heard a Hell of a lot for a while about Land 125...........some of the other members here will know more than me.

The page for Land 125 is here of course...........

http://www.defence.gov.au/dmo/lsd/land125/index.cfm

NOT sure how up-to-date the status is?

Yeah I had checked out that page not long ago...it hasn't changed in quite some time.

It's rather disappointing seeing all the awesome new kit the Brits and Yanks are using/getting and then there is the ADF, which seems to be moving at a snails pace with regards to upgrading soldiers gear.

Gubler, A.

08-11-10, 09:19 AM

It's rather disappointing seeing all the awesome new kit the Brits and Yanks are using/getting and then there is the ADF, which seems to be moving at a snails pace with regards to upgrading soldiers gear.

Snails move forward... Need to find another animal to explain the progress of LAND 125.

CaptainCleanoff

08-11-10, 09:32 AM

Snails move forward... Need to find another animal to explain the progress of LAND 125.

Hahahaha. Nicely put. :)

Raven22

08-11-10, 10:37 AM

Scarily enough, the equipment that Land 125 is soon to deliver actually looks pretty bloody good. The TBAS ensemble is excellent (simply because the different vests are all just commercial designs by Eagle Marine and others) and the SCE (Soldier Combat Ensemble, ie new webbing, packs etc) is well thought out and of high quality. There will even be a list of approved commercial gear that soldiers will be allowed to use (like the current boot policy) which will allow soldiers to legally wear what they want anyway.

Mind you, I have no doubt that defence will find a way to stuff up the kit, take years to deliver it and issue it to the wrong people anyway, but a miracle could happen. As long as I can continue to wear my SORD rig it won't really concern me anyway.

buglerbilly

08-11-10, 10:52 AM

From Soldier Systems..............

US PALM AirSave Plate Carrier

November 8th, 2010

US PALM has just introduced their new AirSave Plate Carrier. Manufactured from 500D Cordura and featuring PALS webbing front and rear, the AirSave Plate Carrier is a simple affair. What makes this carrier so special is that it retails for UNDER $400 and includes both front and rear plates as well as soft armor backers!

The plates were developed for the US Army’s AirSave (Aircrew Integrated Recovery Survival Vest and Equipment) vest used by aviators and are designed to defeat 7.62 M2 AP projectiles. US PALM has included soft armor backers to mitigate blunt force trauma. This is a smokin’ deal and with limited plate carriers available we expect them to sell out quickly. Available from www.SGCUSA.com in MultiCam, Coyote, and Ranger Green.

buglerbilly

09-11-10, 05:56 AM

FELIN Update

November 8th, 2010

SSD was able to get a few minutes at the French Army (Armée de Terre) during AUSA. We had the pleasure to meet British-born Adjutant-Chef Alex Rowe who after being rejected by the British Army joined the Légion étrangère which is made up of foreign recruits. Oddly enough, he was rejected for service by the Brits because of a bad eye yet went on to serve as a sniper with the French and was awarded the Légion d’honneur, France’s highest medal for merit.

Adjudant-Chef Rowe is quite the hero, no matter whose Army he serves in and deserves his own article. We were quite surprised that he was acquainted with SSD and discussed the latest upgrades to the French Army’s future soldier system called FELIN (Fantassin à Équipement et Liaisons Intégrés or Integrated Equipment and Communications Infantryman).

Many of the most recent upgrades are software based and allow more intuitive control of the peripheral devices which can be attached to the Soldier’s personal network via either umbilical or blue tooth. Additional software enhancements are concerned with power management and switch off non critical systems as power levels subside. The French are also fielding battery charging stations that can be mounted in vehicles or connected to shore power in command post tents or buildings. The charging stations feature armor panels that protect the batteries from damage as well as protect Soldiers and vital electronics from the effects of a perforated lithium battery.

Adjudant-Chef Rowe also mentioned that the French Army is transitioning to the fourth generation of their combat uniform which we mentioned in February of this year. They are removing the Canadian slotted buttons from the chest as well as the patch pockets as they are uncomfortable under armor.

buglerbilly

18-11-10, 04:29 PM

Ceradyne Receives $56.3 Million ESAPI Body Armor Order

Ceradyne advnaced body armor.

18:45 GMT, November 17, 2010

Costa Mesa, Calif. | Ceradyne, Inc. (NASDAQ: CRDN) announced that it has received a delivery order for approximately $56.3 million for ESAPI (Enhanced Small Arms Protective Insert) ceramic body armor plates. Ceradyne will begin shipping this ESAPI production release late this year with full shipment expected to be completed late in first quarter 2011.

The release was issued under the $2.37 billion ID/IQ (Indefinite Delivery / Indefinite Quantity) contract originally issued in October 2008 and scheduled to expire in September 2013. There is a balance of approximately $2.1 billion remaining on the ID/IQ contract. Ceradyne’s practice is to only book firm delivery orders such as the above $56.3 million as backlog for scheduled delivery.

David P. Reed, Ceradyne President, North American Operations, commented: “We are extremely pleased to have been awarded this ESAPI contract. We anticipate meeting the government’s quality and delivery requirements with this delivery order shipped complete in Q1 2011.”

ADMk2

19-11-10, 12:25 AM

New combat uniform makes troops job easier

All Australian troops operating 'outside the wire' in Afghanistan will don the new 'Multicam' combat uniform following positive feedback from a Special Forces trial.

Minister for Defence Materiel Jason Clare announced the extension of the trial today during his address to the biannual Land Warfare Conference in Brisbane.

The Multicam combat uniform is a different camouflage pattern to the current Australian combat uniform and is also worn by US troops in Afghanistan.

Mr Clare said the feedback from Special Forces troops has been extremely positive.

"Special Forces soldiers have said this is the uniform they want to wear," Mr Clare said.

"The camouflage pattern provides troops with greater levels of concealment across the range of terrains in Afghanistan – urban, desert and green.

"It also makes it easier for our troops to do their job."

The Multicam shirt and trousers have elbow and knee pads built in to reduce soft tissue injuries; are cooler and designed to be worn under body armour; have a padded waist band to make it more comfortable under webbing or a field pack; and have more pockets and a stretch fabric at the joints.

Mr Clare said Defence has made an urgent order from the United States to get these uniforms to troops in Afghanistan as quickly as possible.

"I have also instructed the Defence Materiel Organisation to pursue the purchase of a licence to provide for the potential manufacture of this uniform in Australia if the extended trial is successful," Mr Clare said.

__________________________________________________ __________________________________________________ _____________

Hmm. This sounds rather opposite to what the Chief of the Army and RSM-A have been saying all year and disconcertingly close to what the Digs have been saying.

Demonstrates that the "Courage of Command" philiosophy is alive and well in Australia, eh...

;)

buglerbilly

19-11-10, 01:52 AM

Hoo-fuckin'-ray perhaps some commonsense actually previals for once!

ADMk2

19-11-10, 07:49 AM

Hopefully this is the new 'procurement model'. We buy a small amount. Give it to Digs to actually trial on Ops and then decide if we are going to buy it...

It's a heresy I know, relying on the actual OPERATORS to decide if kit is good enough, but maybe, just maybe, things might finally start to click? I am prepared rght now, to attribute this down to the last 'dying embers' of our post Vietnam haze, ie: when operators were no longer considered when Defence decisions had to be made.

Here's hopng things improve in future!!!

buglerbilly

22-11-10, 02:30 PM

British-Israeli JV to Produce Carbon Nanotubes for Defense Applications

November 22, 2010

tamir_eshel

A new company established today in Israel will produce carbon nanotube fibre for the enhancement of body armor and composite armour systems for vehicles. The new material is stronger than Kevlar and other ballistic fabrics, but still flexible and lightweight. TorTech Nano Fibers Ltd.

The company is a joint venture company owned by Israel’s world leading armor and survivability company Plasan and University of Cambridge spin-out company Q-Flo. According to the agreement, Plasan will have exclusive sales and marketing rights to defence-orientated materials, whilst Q-Flo will retain rights for other potential applications.

“We believe Q-Flo’s carbon nanotubes have the potential to revolutionise the defence industry through a new range of lightweight, flexible and incredibly strong armored material” Said CEO of Plasan Group, Dan Ziv. According to Q-Flo’s CEO, Dr. Dai Hayward, the new process develops on the world leading research by Prof. Alan Windle and Dr. Martin Pick, began within the Department of Materials Science at Cambridge University. For the past four years Windle and Pick are with Q-Flo. “Through Tortech, we intend to produce a carbon nanotube-based yarn, which can be woven into the strongest-ever manmade material. Plasan’s expertise will then enable the design and production of a revolutionary new range of body and vehicle armour.” Hayward said.

buglerbilly

30-11-10, 03:25 AM

From Soldier Systems............

Japan’s Advanced Combat Infantry Equipment System

November 30th, 2010

We are fortunate enough to have this report on Advanced Combat Infantry Equipment System, Japan’s Soldier modernization effort from one of our readers.

Japan’s ACIES system consists of HMD, wearable computer, protective gear, weapon, and monitoring capability integrated as a system, and it is designed to share the information among the troops and C2 element to fight effectively and efficiently. Unlike the legacy Japanese military hardware, the ACIES will utilize large volume of COTS item as well as foreign source to save development cost and prevent obsolescence issues.

Program:

Since the delivery of the first ACIES demonstrators to the trial unit in late 2008, multiple trial ran were conducted throughout Japan. Based on the data compiled from trials the final ACIES design process is currently on-going. Hitachi won the final competition as the prime contractor in the summer of 2010 to design and manufacture the final design of AICES. Delivery of the initial low rate production models are expected to start around winter of 2011 to the Infantry School.

System components:

Helmet:

Modeled after the MICH helmet, inside has cushion pads and four point suspension system. This helmet will not have any ballistic protection capability, and it is “bump” helmet (shrapnel protection may be added). Japanese MoD came to a realization that with new threats on the horizon, ballistic helmet is just added weight for the users and dropped the ballistic capability in favor of adding more electronic components. The new helmet will have mounting stations for the NOD built by NEC, HMD built by Shimadzu, headset, microphone, LAN antenna. There’s also a small uncooled IR camera developed by NEC for the helmet which weighs about 70g. Only 2Mega pic, but able to identify the human face at distance up to 200m.

Body Armor:

New body armor system is in design. It may have large flap opening design rather than US IOTV side opening design. This vest will have ample MOLLE webbing all around to accommodate various pouches, battery pack, computer, and comm items to be mounted. Current demo unit has 9mm protection level, and can accommodate hard plates on both front and back (no sides). The final version will have NIJ Level IV without hard plates.

Computer and other electronic sub systems:

One of the key elements of the ACIES is the ability to process visual data from multiple source and position data, and distribute among other ACIES wearers as well as C2 element. In order to sustain the safe and secure data transmission, the robust data link capability is required. On the back of the body armor is the wearable computer’s main system. Batteries, large data processor, LAN, gyro, atmosphere pressure gage, GPS, (gigantic) cooling fans, and others are all in this portion. To power the ACIES system, dual battery sources are considered. At the AUSA in 2010, an American business, Brentronics Inc, claimed to have won the portable battery portion of the ACIES program.

Radio:

Lightweight UHF and VHF radios have been developed and fielded for the program.

Vehicle:

Monitoring system will be mounted on the LAV or APC along with the relay station for the radio and sensors worn by the dismounted troops. Also ACIES battery recharging station will be also mounted on the same vehicles. This will allow the dismounted ACIES wearers to return to the “mother ship” and quickly recharge their secondly batteries or replace the dead one with fresh ones quickly and continue their mission.

Weapon:

Howa’s Type-89 rifle has been redesigned to accommodate the Picatiny style rail system and polymer based retractable stock. Shortened carbine barrel has been also designed and may be adopted as a part of the program. Weapon also has a laser designator and integrated IR camera built by NEC. This IR camera data, along with the helmet mounted one, can be manipulated via fore grip control unit. Fore Grip control system is similar idea as the computer’s mouse, and the wearer will see through the HMD display and move the arrow symbol around and click on the menu, etc. Wearer can also aim and fire the weapon behind obstacle, just pointing the gun without exposing the body. The development of the new Howa rifle system is on-going, though European designed rifles are under evaluation to replace Type-89s.

UGV & UAV:

A softball sized throwable UGV is a part of the ACIES to provide visual data feed for the ACIES wearer in safety. Once tossed to the ground, the operator can maneuver it using a grip type controller (may be integrated to a weapon control) and provide visual data through its IR camera. Ball shaped UAV has also been developed and can accommodate small payload such as the IR camera for tactical visual feed to the ACIES wearers.

-Tom I

buglerbilly

15-12-10, 01:55 AM

Marines begin search for new body armor suite

December 14th, 2010 | Contracts Programatics | Posted by Rob Curtis

MARCORSYSCOM put out an RFI today for a 4-piece suite of new body armor that includes a releasable tactical vest (RTV), a releasable plate carrier (RPC), a low-visibility tactical vest (LVTV) and a low-visibility plate carrier (LVPC). They call it the Improved Armor Carrier Suite (IACS) and it is part of the larger Full Spectrum Battle Equipment (FSBE) program.

Reading from the RFI, it looks like the Marines are going to embrace the SPEAR plate.

The full solicitation is available after the break, but the details and requirements for each of the four pieces were conveniently broken out in today’s RFI and include (and I quote):

“RTV- The Releasable Tactical Vest will support SPEAR profile soft armor. The RTV must integrate with the SPEAR MSAP soft armor/pouches (Groin and Deltoid), SPEAR Releasable Ballistic Armored Vest (RBAV) Collar Armor System (CAS) and Improved Modular Tactical Vest (IMTV) lower back protector.”

“The carrier will posses PALS webbing for the mounting of modular pouches, have a single pull release located on the center of the vest below the neckline and integrate with the USMC Chest Rig without impeding the quick release of the carrier. The RTV must integrate with the USMC IMTV cummerbund and incorporate it into the release of the system without additional hardware or procedures. The RTV will incorporate an optional internal cummerbund to mitigate load. When used, the internal cummerbund will not interfere with the release of the system. The RTV will provide for an optional cummerbund that must support the carriage of the SPEAR MSAP 6×6 plate and allow for adjustment.”

“RPC- The Releasable Plate Carrier will support USMC PC profile soft armor. The RPC must integrate with the SPEAR MSAP soft armor/pouches (Groin and Deltoid) and IMTV lower back protector. The RPC will posses PALS webbing for the mounting of modular pouches. The RPC will have a single pull release that is identical in location, function and assembly to that of the RTV. The RPC must have the option to be worn without a cummerbund while still maintaining single pull release capability. When worn with a cummerbund, the RPC must integrate with the USMC Chest Rig without impeding the quick release of the carrier. The RPC must integrate with the USMC IMTV cummerbund and incorporate it into the release of the system without additional hardware or procedures. The RPC will provide for an optional cummerbund that must support the carriage of the SPEAR MSAP 6×6 plate and allow for adjustment.”

“LVTV- The Low-Visibility Tactical Vest will support SPEAR profile soft armor. The LVTV must integrate with the SPEAR MSAP soft armor/pouches (Groin and Deltoid), SPEAR RBAV CAS and IMTV lower back protector. The carrier will integrate with the USMC Chest Rig. The LVTV must support the carriage of the SSAPI with soft armor backing and/or the SPEAR MSAP 6×6 plate and allow for adjustment.”

“LVPC- The Low-Visibility Plate Carrier will support USMC PC profile soft armor. The LVPC must integrate with the SPEAR MSAP soft armor/pouches (Groin and Deltoid) and IMTV lower back protector. The LVPC must have an option to be worn without a cummerbund. When worn with a cummerbund, the LVPC must integrate with the USMC Chest Rig. The cummerbund of LVPC must support the carriage of the SSAPI with soft armor backing and/or the MSAP 6×6 plate and allow for adjustment.”

Interested parties have until Jan, 13, 2011 to respond. Representatives from the PMO will be on hand at SHOT show next month and folks that have thrown their hat into the ring (in writing) can request a 15 minute booth visit.

Read more here: http://militarytimes.com/blogs/gearscout/2010/12/14/marines-looking-for-new-body-armor-suite/#more-7327

buglerbilly

15-12-10, 02:59 PM

DoD Needs To Ensure Viability of Industrial Base for Soldier Equipment

(Source: Lexington Institute; issued December 14, 2010)

(© Lexington Institute; reproduced by permission)

Today’s soldiers in Afghanistan are the best equipped in the world -- the best body armor, the best fire resistant uniform ensembles, the best weapons, night vision goggles, communications systems, mountain boots and helmets. What distinguishes the current wars from those for which the military had prepared is the dominance of dismounted maneuver in harsh and complex environments.

This situation clearly placed a much greater emphasis on the individual equipment available to the individual soldiers and marines. Meeting the challenge of equipping soldiers and marines with better clothing and equipment has been a challenge for both the military and industry.

The U.S. military had to adapt its tactics, techniques and procedures to fight in an irregular war environment. Part of this process of adaptation was in response to the need to re-equip the force, armored vehicles and other major pieces of equipment. Less well publicized but perhaps more important in view of the need for soldiers to operate dismounted have been the efforts to improve the quality and functions of soldier clothing, personal gear and equipment. The need for rugged and reliable operational clothing, lighter and more effective body armor, deployable sensors and lights, night vision goggles, communications gear and lightweight power supplies became clear.

The Army responded to the flood of urgent operational requirements for soldier equipment by creating the Rapid Equipping Force. Responding systematically and over a longer-period of time to emerging equipment requirements is the responsibility of the Rapid Fielding Initiative.

Equally energetic has been the response by the soldier clothing and equipment industrial base, much of which is commercial in character. Not only did this industrial base from the start of combat operations provide a wide array of items on an expedited basis, but it also engaged with the military in a concerted effort to improve its offerings to meet the demands coming from the field. Whether it was saddles for Special Operations Forces riding alongside the Mujahideen, improved body armor, tougher outer wear, helmets and boots, more comfortable uniforms, better packs or sensors and radios, the soldier clothing and equipment industrial base has met the requirements laid on it by the military.

From this experience emerges the clear challenge to the Department of Defense to never again permit U.S. forces to enter combat without the best individual equipment available, and then replacing it as technology and production provide even better items. This will entail, in turn, maintaining an active institutional capability to respond to urgent requirements as they arise. The Army has taken an important step in this direction by institutionalizing the Rapid Equipping Force and the Rapid Fielding Initiative. They have more than proven their worth and saved lives in the process.

Another step is to ensure that the critical industrial base that supports development and manufacture of soldier equipment remains healthy. As the nation looks increasingly for ways of reducing federal spending, cuts in the defense budget look increasingly likely. It is tempting to take such savings disproportionately from areas such as soldier clothing and individual equipment which is often characterized as a commodity-based industry that produces items that always can be purchased from commercial providers.

This would threaten the ability of that industrial base not only to meet surge requirements in future conflicts but also its ability to innovate in response to changing requirements from the warfighters.

The military needs to treat investments in soldier clothing and equipment as equal in importance to that devoted to major platforms and weapons systems. This means stable and predictable funding, high level support and a significant research and development effort.

-ends-

buglerbilly

17-12-10, 03:38 PM

MOD introduces pelvic protection for front line troops

An Equipment and Logistics news article

17 Dec 10

Greater pelvic protection for troops in Afghanistan has been introduced to help mitigate the effects of IED blasts, the MOD has announced.

Frontal aspect of the new three-tier detachable pelvic body armour system
[Picture: Pete Gowing, Crown Copyright/MOD 2010]

The three-tiered system of clothing and armour consists of special protective underwear and detachable armoured modular trousers. It has been designed to integrate with current kit being used by troops on operations.

The MOD has spent £10m on the new armour system to date. It balances protection with the necessary comfort and manoeuvrability for troops to undertake operations, enabling them to wear one or more of the protective layers depending on the task. They are already being worn by troops on operations, with 45,000 pairs delivered to Afghanistan and another 15,000 ready to be issued to deploying troops. A further 60,000 are to be manufactured and delivered to troops early next year.

The first layer of protection is a pair of shorts, which troops wear as underwear.

Using cutting-edge science and technology developed by the MOD and Defence Science and Technology Laboratory (DSTL), the underwear is manufactured from scientifically-tested ballistic silk material that provides an initial level of protection to mitigate against the effects of blasts, including shrapnel.

They have been bought as an Urgent Operational Requirement (UOR) worth £6m and are being manufactured by Northern Ireland-based Coneen, Watts Stone.

http://www.cooneenwattsandstone.com/default.aspx

A second layer of detachable pelvic body armour, designed to meet the greater threats faced by soldiers on the ground has already been successfully trialled by the MOD. It can be rolled up and clipped to a belt and then pulled through the legs to form a protective pouch – meaning troops' mobility is not impeded. It will be issued to all troops operating outside the wire from Spring 2011.

The £4m contract for 25,000 sets of the second tier body armour has been signed with Northern Ireland-based Hawk Protection Ltd.

http://www.hawkprotection.co.uk/default.aspx

For troops whose role demands even greater levels of protection, such as those operating handheld metal detectors to search for IEDs, a third tier of pelvic protection is being developed to offer even greater coverage - including the upper leg and wider abdominal region. Design trials are planned to take place in early 2011.

The system's undershorts are manufactured from scientifically-tested ballistic silk material to mitigate against the effects of blasts, including shrapnel
[Picture: Pete Gowing, Crown Copyright/MOD 2010]

Personal Combat Equipment Team Leader, at Defence Equipment and Support, Colonel Peter Rafferty, said:

"Our troops in Afghanistan face specific threats and by working together, the MOD and industry, have created a layered system of clothing and body armour that offers troops fighting on the front line the best balance between protection, mobility and comfort.

"Troops on operations already have world-renowned body armour but we continually seek to improve the personal protection available to them."

buglerbilly

18-12-10, 04:04 AM

Anecdotal evidence from elsewhere says the silk pants etc work ...........

Word from the US Navy Docs in Helmand a month ago was that these silk skivvies seem to work better than the US groin protector. Anecdotal only, but the Brits seem to have fewer pelvic injuries after IED blasts.

Read more: http://kitup.military.com/2010/12/brits-jock-up-witetch-armored-skivvies.html#ixzz18QduA9qQ

buglerbilly

13-01-11, 04:11 PM

U.S. Army says body armor safe, despite procurement shortcuts

The Generation II Improved Outer Tactical Vest in the MultiCam pattern for use in Afghanistan. (Photo: J.D. Leipold)

08:13 GMT, January 13, 2011

WASHINGTON | Soldiers have the best body armor in the world, the Army recently said, in spite of a recent Department of Defense Inspector General report that states the service failed to follow contracting rules in purchasing components for Interceptor Body Armor between 2004 and 2006.

A DOD IG report released Jan. 3 determined the Army had not followed proper procedures on contracting and testing protective gear and therefore could not guarantee the body armor met contract requirements.

Still, Col. William Cole, project manager for Soldier Protection and Individual Equipment at Program Executive Office Soldier, said that Soldiers were not in danger, and that the equipment in question in the DOD IG report -- the outer tactical vest, or OTV -- is no longer fielded to Soldiers in combat zones.

"We're committed to providing our Soldiers the best armor money can buy and we are confident that we are providing the best armor," he said.

One problem cited in the IG report was that the Army failed to perform ballistic tests on the deltoid and axillary protectors that were then part of the OTV. The DAP provides additional fragmentation and small arms protection to the upper arm and underarm areas.

Cole said that in those cases, the DAPs had been cut from the same ballistic fabric as other components that were tested.

"They were all assembled using the same ballistic cloth, manufactured at the same time," he said. "So the Army tested the front right panel, the front left panel and the rear panel -- and they all passed."

Cole also said Soldiers needed the DAPs as soon as possible, due to an increased threat of improvised explosive devices. That increased threat necessitated that the equipment be fielded as rapidly as possible to protect Soldiers in harm's way.

"We determined the material used and tested for the front and back panels of the OTV would meet the fragmentation requirements for the DAPs, based on the successful testing of identical lot material comprising the panel components of the vest," he said.

The Army didn't test the DAPs concluding that, since they were cut from the same piece of ballistic fabric as the other panels that had passed, they too would pass. It was a time saving measure that also protected Soldiers, Cole concluded.

Cole also disputes DOD's assertion that the Army lowered its standards to get vests out the door.

In January 2002, the Army had released a specification to upgrade the armor on the OTV, which had been in production under a different specification since 1998. But after internal testing, the Army realized the new specification was too ambitious and revised it again in July 2002. No new vests were produced from the January 2002 specification.

While the July 2002 specification was not as ambitious as the January 2002 specification, it was still better than the 1998 specification. The resulting vests, therefore, were an improvement over those produced in 1998.

"Every vest the Army has ever bought from the original OTV to today's IOTV has been as good or better ballistically than any vest we have fielded previously," Cole said.

Today, Soldiers are no longer sent to war with the OTV that was the focus of the DOD IG report. The Army now mostly uses the IOTV -- the improved outer tactical vest. The IOTV is about five pounds lighter than the OTV. The IOTV also includes shoulder and underarm protection built into the vest.

Additionally, Cole said, the generation II IOTV -- which made its appearance in Spring 2010 -- has been designed to fit smaller Soldiers and female Soldiers better than the GEN I IOTV.

"We found that with female Soldiers, even with the extra-small-size GEN I IOTV, often times when they tightened it up, the side plates would ride forward on their body and prevent them from getting coverage," Cole said. "Also it was uncomfortable when they were riding in an MRAP or Humvee -- cutting off circulation in their legs."

The GEN II IOTV, he said, allows Soldiers to adjust the position of the internal pouches that carry the enhanced side ballistic inserts, so the side protection actually remains at their side when the protective vest is closed. Smaller six-inch inserts are also available to make it easier to fit small Soldiers.

"It enables them to cinch up the IOTV even tighter to get a proper fit," Cole said, adding "I'd like to tell Soldiers that they are wearing the best body armor that is fielded in the world to any Army."

----
C. Todd Lopez / Army News Service

buglerbilly

20-01-11, 03:28 AM

SHOT Show 2011: BAE unveils enhanced special operations combat ensemble

January 19, 2011

BAE Systems used the venue of the 2011 Shooting, Hunting and Outdoor Trade (SHOT) Show to unveil the latest variation of its Releasable Body Armor Vest – Special Forces (RBAV-SF), which began to enter combat theatres in early January.

According to Michael Haynes an RBAV business development manager for BAE Systems, the new version, called RBAV-AF, is a different version developed in conjunction with the Air Force Special Operations Command ‘PJ’ [Pararescue Jumper] community.

‘It’s similar to the RBAV-SF, currently used by several elements with the special operations community, but includes enhancements like ‘wire management’ concealed in the vest. So now there are no snag hazards. They can put all of their batteries, MBITRs, and all that stuff. It also has an integrated hydration system on the back as well as a full MOLLE [compartment fastening] platform across the back of the vest.’

The new RBAV-AF uses the same ballistic insert plates as earlier models.

‘Another difference is small but significant,’ Haynes added. ‘If you compare it to the RBAV-SF, you’ll see some design changes. We found out that when they are sliding out that it was getting snagged on things. So what we did was to extend the length of the vest and brought the ‘wings’ out further so that it overlaps more. When we did that we realized that there was a lot more usable ‘MOLLE real estate’ across the back of the vest than what we have on RBAV-SF. So we actually brought the MOLLE all the way over so that it ties in all the way around, providing a whole new area of usable space that wasn’t there before.’

‘So snag hazards, wire management, are things that are very important to users,’ he added. ‘And in addition we just ‘cleaned it up’ a lot to make it more usable. And I’m sure that the other forces will adapt it as well.’

By Scott R. Gourley, Las Vegas

buglerbilly

20-01-11, 12:44 PM

New combat armour for Australian soldiers

January 20, 2011

The first batch of the new Tiered Body Armour System (TBAS) for Australian soldiers in Afghanistan has come off the production line at Australian Defence Apparel (ADA) in Bendigo, creating an extra 50 local jobs.

Minister for Defence Materiel Jason Clare inspected the production line in Bendigo today.

"The new body armour system is lighter, fits better, is more comfortable and provides more mobility than the existing body armour our troops use," Mr Clare said. At the moment our soldiers in Afghanistan wear either the Modular Combat Body Armour System (MCBAS) or the Eagle Marine body armour.MCBAS body armour is very effective, but it's heavy. It was designed for conditions in Iraq where troops weren't regularly required to patrol on foot. In Afghanistan the feedback from troops was it made it difficult to move around and do their job, so Defence made an urgent purchase of the lighter Eagle Marine body armour last year from the United States. The new TBAS is lighter than both. It also allows troops to insert different types of ballistic plates in the vest depending on their mission. Because it is Australian-made and we own the design we can also make adjustments and improvements at any time to suit the needs of our troops."

Mr Clare said Defence was planning for soldiers from Mentoring Task Force 3 to train in this body armour in April as part of their Mission Rehearsal Exercises and deploy with it when they head to Afghanistan later this year.

"ADA will produce around 1,600 tiered body armour systems over the next few months," Mr Clare said. "Over the past 18 months TBAS has been tested and evaluated by Special Forces, Navy clearance divers and soldiers from the 1st Brigade in Darwin, 3RAR in Sydney and 2 RAR in Townsville. They told us this was the body armour they want to wear in Afghanistan. They said it integrates better with their combat equipment and provides much greater freedom of movement, especially around their shoulders. This enables soldiers to get into better firing positions and manoeuvre more freely on the battlefield. The protection of our frontline troops is our top priority. That's why Defence and ADA have developed, tested and produced this new body armour. The workers here at ADA can be very proud of the work they are doing. It could save a soldier's life."

Mr Clare said ADA had a long and proud history of involvement with the Australian Defence Force.

"They first started making uniforms for the Defence Force here in 1912," Mr Clare said. "For almost a century ADA has been supporting Australian troops and local jobs."

Source: Australian Defence Media Centre

buglerbilly

20-01-11, 02:27 PM

Diggers' maligned body armour to be replaced by lighter model

Dan Oakes DEFENCE CORRESPONDENT

January 21, 2011

AUSTRALIAN soldiers in Afghanistan will soon be equipped with new body armour, replacing a type criticised by many Diggers as dangerously heavy and bulky.

The Tiered Body Armour System, which began rolling off the production line in Bendigo yesterday, is less than half the weight - five kilograms, compared to 11 kilos - and more flexible than its predecessor.

Diggers told the Herald last month the existing Modular Combat Body Armour System was so heavy and unwieldy it made them ''almost combat-ineffective''. In particular, they said the armour made it difficult to stabilise a rifle butt on the shoulder, affecting their aim. It was also too heavy for the foot patrols the soldiers in Afghanistan mostly conduct.

Advertisement: Story continues below The Herald also reported allegations last year the Australian Defence Force systematically covered up and discouraged soldiers' complaints about equipment, including the Modular Combat Body Armour System. As a result, the government launched an investigation into the complaints system, announcing late last year that it would be substantially changed.

As it became clear the Australian soldiers in Afghanistan were unhappy with the armour, which was designed to protect vehicle-borne soldiers in Iraq, Defence hurriedly bought 2000 sets of lighter armour from a US company called Eagle Industries as a stop-gap until the new Australian armour went into production.

The Minister for Defence Materiel, Jason Clare, said the armour, produced in conjunction with Australian Defence Apparel, had been extensively tested by regular and special forces soldiers over the past 18 months. "They told us this was the body armour they want to wear in Afghanistan,'' he said.

"They said it integrates better with their combat equipment and provides much greater freedom of movement, especially around their shoulders. This enables soldiers to get into better firing positions and manoeuvre more freely on the battlefield. Because it is Australian-made and we own the design we can also make adjustments and improvements at any time to suit the needs of our troops."

It may be months before the armour arrives in Afghanistan.

buglerbilly

21-01-11, 03:56 PM

We Told You They Were Coming

January 21st, 2011

These look more like knee and 1/4 shin pads...................from SHOT Show 2011 via Soldier Systems..............

Months ago we promised you that Arc’teryx LEAF was going to release new Knee Caps.

Here are the Coyote versions. They will be joined by Foliage. Look for them before summer.

buglerbilly

25-01-11, 04:03 PM

New Scalable Aussie Armor Goes into Production

by christian on January 25, 2011

A Kit Up! reader forwarded us some info on the new Tiered Body Armor System that’s now in full production and will soon be fielded to Australian forces in Afghanistan.

We knew the TBAS was being tested by Aussie spec ops troops last summer, but now it seems the MoD has made the call to give it to everyone…

At the moment our soldiers in Afghanistan wear either the Modular Combat Body Armour System (MCBAS) or the Eagle Marine body armour.

MCBAS body armour is very effective, but it’s heavy. It was designed for conditions in Iraq where troops weren’t regularly required to patrol on foot.

In Afghanistan the feedback from troops was it made it difficult to move around and do their job, so Defence made an urgent purchase of the lighter Eagle Marine body armour last year from the United States.

The new TBAS is lighter than both. It also allows troops to insert different types of ballistic plates in the vest depending on their mission.

The MoD will begin fielding the new armor to general purpose troops in April.

The TBAS is in line with US initiatives to develop a suite of body armor options in one package.

The TBAS package currently includes up to three load carriers designed for multiple combat roles. TBAS also uses a new ballistic plate system that weighs less than the current Modular Combat Body Armour System (MCBAS) issued to most troops in Afghanistan.

We’ve taken a look at the Tyr Tactical armor and the BAE scalable platform already, but the Army and Marine Corps haven’t moved off the dime on these yet.

It seems to me the logical evolution of armor — where a trooper can tailor his protection (if gunny says so) for patrols, vehicle ops or more inconspicuous “shura” type solutions (wouldn’t it be nice to make a show of taking off your armor while you have a “just in case” shield under your ACU top?)…Nowadays, it’s possible and the Aussies seem to be jumping ahead of the US on this.

Read more: http://kitup.military.com/#ixzz1C3kri3iE

buglerbilly

15-02-11, 03:47 PM

FELIN Soldier Modernization System Enters Service with French Army

(Source: Safran; issued February 14, 2011)

The French Army’s 1st Infantry Regiment, the oldest army regiment in Europe, has been fully equipped with the FELIN soldier system. (Safran photo)

SARREBOURG, France --- First public demonstration of the FELIN system produced by Sagem (Safran group) for the French army. The 1st French Infantry Regiment, the oldest in Europe, shares its initial impressions of this high-tech integrated equipment suite for today’s solders.

Direct assault, urban combat, stealthy advance in a dark building, offensive reconnaissance, neutralization of hidden enemies, site protection from an observation post… These and other operational scenarios closed out the FELIN technical orientation phase performed by this French army unit. Following this recently completed six-week phase, a new period is starting, namely the service entry of the system and its tactical integration. This phase will be followed by deployment in foreign theaters by the end of the year.

Integrating the digital battlefield

FELIN is an integrated equipment suite developed by Sagem (Safran group) for the French army as part of an overall soldier modernization program. It signals the advent of the all-digital battlefield for today’s ground combat troops. At the heart of the system is a “tactical vest”, including an individual radio with integrated GPS – a first for infantry soldiers – its processing unit, batteries and man-machine interface, namely a miniature terminal that displays data, including orders, positions of fellow troops, and images from gun sights for round-the-corner firing.

Another innovative new item is the osteophonic headband. Placed around the soldier’s head, the headband captures or transmits via the bones of the skull the vibrations from the soldier’s speech or audio receiver. This ensures discreet voice communications in both directions, and leaves the ears free to stay alert to all outside noises.

A keyboard on the rifle handgrip allows soldiers to control vital FELIN functions, radio and sight, while keeping their hands on the weapon, eyes on the target, and ready to fire.

Expanded capabilities

Squad and section leaders have larger terminals with a mapping function, dubbed SITComDE (dismounted warfighter information system terminal), that allows exchanging information with their troops and sending orders. In particular, this terminal tracks the positions of friendly forces in real time, for very effective control of operations. It also enhances intelligence, since it can transmit images from cameras integrated on sights deployed by FELIN-equipped soldiers.

The addition of optronics (optics + electronics) equipment has considerably increased the effective firing range of Famas rifles, even at night. And the new scopes are especially appreciated during different phases of combat, as one of the regiment commanders explains: “The FELIN scopes give us new day and night firing capabilities. With the Famas rifle, our range now extends out to 400, or even 600 meters.” A squad leader adds: “The Famas rifle now offers real long-distance sharpshooter capability. Furthermore, FELIN technology greatly increases our mobility.”

Observation and protection capabilities have also been considerably enhanced by the use of new JIM multifunction infrared binoculars. “The FELIN system design is an excellent example of human engineering,” says one captain. “It integrates all ergonomic requirements, while facilitating logistic support and durability. For example, the sight, binoculars and other equipment all run off the same battery.”

Dedicated training

This brand-new system will obviously require a dedicated training period before it can be used under operational conditions. Sagem has therefore trained all instructors at the Infantry School, and these instructors are teaching soldiers at regiment level.

Starting in January 2011, the men in the 13th Mountain Infantry Battalion at Chambéry, the second regiment to be outfitted with the FELIN system, started a tactical trial in training zones in order to validate operational concepts.

Four other regiments will take delivery of the system this year, and the overall objective is for 22,600 French soldiers to be equipped with FELIN systems by 2015.

-ends-

buglerbilly

25-02-11, 04:15 AM

Russia in talks with France on 'future soldier' gear

Russia in talks with France on 'future soldier' gear

Russia is holding talks with France on the purchase of Felin advanced "future soldier" equipment, which includes new combat clothing with body armor and a new ballistic helmet, weapons, and a portable computer.

"We will take several Felin sets, we are currently in talks with our French partners," First Deputy Defense Minister Vladimir Popovkin said on Thursday.

Felin, produced by France's Sagem Defense & Security, is currently entering service with the French Army. The system includes a vest containing an integrated radio and GPS system, a hardened laptop computer and advanced optronics.

The new Russian state arms procurement plan includes the creation of a Russian analog of the system, Popovkin said.

"We need something no less capable than the equipment that is now being studied by the United States, Germany and other states," he said.

The Russian military command places the lives of its soldiers above all else, Popovkin said, which is why it had concluded an agreement with Italy's IVECO for armored vehicles to be made in Russia.

He expressed regret that a similar vehicle was not being made in Russia by a domestic producer.

MOSCOW, February 24 (RIA Novosti)

buglerbilly

01-03-11, 12:33 PM

Air Force Special Tactics Goes For Crye Armor — Because Delta has ‘em

by christian on February 28, 2011

According to a recent solicitation in FedBizOpps, the black side of the Air Force Special Tactics world is ditching their London Bridge plate carriers in favor of Crye’s new CAGE armor.

Our friends at Soldier Systems Daily had a good post they riffed on from Military Morons about the CAGE, but documents accompanying the “brand name RFQ” say the Crye armor is superior to the London Bridge vest (and we’re assuming it’s the Devgroup LBT carrier) because it has a “state of the art pouch system that can be tailored to each operators use/need for multiple requirements. … The system is an ’all inclusive kit’ alleviating multiple vendor items (piece mill) making it one truly functional kit.”

We wrote about Devgroup getting their CAGEs back in September.

It’s a good piece of gear, we get it, and as Caleb Crye continues his ascendency to become the Steve Jobs of tactical gear we see why the J-est of SOC teams wants Crye (Apple Tactical)-made kit. And, oh yeah, the request is for the entire load bearing system — all in MultiCam.

But one of the main reasons the special ops Airmen want their Crye CAGEs is to be compatible with the snake eaters they’re operating with:

Unit Operators have field tested numerous brands/models of other body armor/carriers for this requirement. The Crye system has been tested and issued to counterpart tiers.

Umm, did they say “Unit” and “tiers”…?

Read more: http://kitup.military.com/#ixzz1FLTwrxkW

buglerbilly

01-03-11, 02:15 PM

Armored Welsh Pants from BCB Inc. Protects Soldiers Against Road Side Blasts and Deadly Infections

(Source: BCB International LLC; issued February 28, 2011)

CARDIFF, Wales --- BCB Inc., a Welsh, UK company is introducing to the United States an award winning undergarment that protects soldiers in Afghanistan and Iraq against roadside bombs.

BCB Inc. has contracted with Seneca Cayuga Industries, of Seneca Falls, N.Y. to manufacture the Blast Boxer in the U.S. in compliance with current military regulations. BCB Inc. has been manufacturing the garment, made of two layers of Kevlar and a flame retardant material, in the UK.

H. L. Dalis Inc., a New York City distributor to the U.S. military and the public, is taking orders for Blast Boxers, based solely on word of mouth recommendations.

“We introduced it about a month ago and we are already getting orders from individuals and government agencies,” said Jon Blumenfeld, president of the 85-year-old family-owned H.L. Dalis Inc.

Dalis’s price is $93 for the first unit to retail customers and $62.50 wholesale to government agencies.

Another major distributor of military products, Darley Defense of Itasca, Ill., is showing the garment to a Special Forces Group on the recommendation of a U.S Army Master Sergeant who is in charge of bringing the latest and best products to the military.

“If the sergeant had not pushed so hard for it, I might not have been interested,” said Todd Kaspar, a sales manager for Darley.

Ed Schmitt, North American regional executive for BCB Inc., said the product shields the lower abdominal area of the body, including the groin, not only from road side bombs blasts, but also from infectious materials caused by dirt and debris forced into a wound.

“It also protects the femoral artery on the inside of the leg,” Schmitt said. “If the femoral artery is severed, you can bleed out in about three minutes. There’s little that can be done if this happens, so protection is very important.”

“The region where our troops are operating is seeing a growing number of casualties caused by IED’s,” Schmitt continued. “Dirt and debris used to conceal IED’s are often contaminated with waste materials and even fecal matter, which can cause wounds to go septic.”

Blast Boxers provide a meaningful level of ballistic protection. With an average weight of 6.8 ounces Blast Boxers are comfortable and easy to wear even in the field. Individuals have run half marathons wearing them, Schmitt said.

Seneca Cayuga Industries is a non-profit sheltered workshop that employs handicapped persons and people with disabilities, said Neil Gold, the workshop’s coordinator. It already produces knit wear for the Department of Defense and has more than enough capacity to meet BCB’s demands, Gold said, adding he expects production to begin in mid-February.

BCB Inc. began operations in the middle of the 19th century as a manufacturer and distributor of bottled medicines. It has supplying a variety of gear to British and other military forces since then. The family-owned business employs about 50 persons. The Wales Quality Centre named the BCB one of the Innovative Companies in Wales in December 2010 for its development of the Blast Boxer.

-ends-

NOT too sure how comfortable these will be BUT then again the alternative of getting the Family Jewels removed may make that of less than zero consequence!!!

http://www.bcbin.com/index.php?productID=1984

buglerbilly

02-03-11, 01:12 PM

Zulu’s take on the double mag pouch is worth a look

March 2nd, 2011 | Product Announcement | Posted by Rob Curtis

Straight outta Chicago comes Zulu Nylon’s new MOLLE M4 Double Magazine Pouch from Zulu Nylon Gear. This pouch features a “reverse flap” design which combines the protection and security afforded by a traditional flapped pouch and the easy access of an “open top” style pouch. Simply rip the large two inch webbing tab downward and the flap will naturally secure itself, giving you a clear path to draw your magazine.

• Fits standard USGI, PMAG, EMAG and most other 5.56 magazines

• Bottom features grommet for drainage

• Attaches with 2 Long MALICE Clips (not included)

• Made with high quality MILSPEC components

• Available in Coyote Brown ($32) and MultiCam ($33)

• Black, OD Green, and UCP will be available soon.

• Not intended for use with Ranger Plates

Read more and more pics: http://militarytimes.com/blogs/gearscout/2011/03/02/zulus-take-on-the-double-mag-pouch-is-worth-a-look/

buglerbilly

02-03-11, 04:42 PM

Cassidian Wins Contract for Swiss Army Soldier Modernisation Programme

(Source: EADS; issued March 1, 2011)

Cassidian has won a contract from the Swiss defence procurement authority Armasuisse for the advanced production engineering of the IMESS programme (Integrated and Modular Engagement System for the Swiss Soldier). The volume of this order is in excess of 20 million Swiss francs. Switzerland the expects Cassidian Warrior21 product to deliver significant capability enhancement, future viability and modularity in the infantry sector.

It will give the Swiss Army one of the world’s most powerful advanced soldier systems. It will fit smoothly into the Swiss Army joint reconnaissance, command and action forces. It can also be integrated with systems already in use.

IMESS prototypes based on Warrior 21 have been proving their worth since 2007 in numerous field tests and in presentations to high-ranking representatives of the Swiss Army. The present contract takes this experience as a basis for upgrading the existing systems to production standard and supplementing them with further, production-ready IMESS soldier systems. To ensure command-and-control capability on high-mobility operations, the contract also provides for the equipping of combat vehicles – including the tactical military vehicle DURO and the armoured assault vehicle PIRANHA – and their integration into the IMESS network.

The advanced production engineering contract will optimise various capabilities of the Warrior21 IMESS version by employing more efficient and powerful components, many of which are dedicated new developments.

It addresses tactical command-and-control capabilities from company level to individual soldier level, covering combat vehicles, the use of optimised communication media, a significantly improved weight and energy balance through the deployment of new and/or optimised components, enhanced situational awareness and navigation through the use of head/helmet mounted displays, and better night fighting and reconnaissance capabilities through such means as navigation aids and video streaming of night weapon sights (optronics).

A considerably more powerful and energy-efficient ‘electronic backbone’ with reduced components and reliable cables and connectors is being integrated to handle the heavy loads encountered in infantry operation scenarios. The Warrior21 PowerController enables a wide range of energy sources to be connected in order to secure a constant power supply. Thanks to its modular architecture, Warrior21 provides numerous standard interfaces to sensors, as well as modules for link-up with external systems.

With its Warrior 21 product and its continuous research and development investment in the area of future soldier systems, Cassidian is significantly promoting the advanced development of international soldier modernisation programmes.

Cassidian, an EADS company, is a worldwide leader in global security solutions and systems, providing Lead Systems Integration and value-added products and services to civil and military customers around the globe. In 2009, Cassidian – with around 28,000 employees – achieved revenues of EUR 5.4 billion. EADS is a global leader in aerospace, defence and related services. In 2009, the Group – comprising the Divisions Airbus, Astrium, Cassidian and Eurocopter – generated revenues of EUR 42.8 billion and employed a workforce of more than 119,000.

-ends-

buglerbilly

02-03-11, 06:09 PM

CASSIDIAN to deliver 400 Future Soldier System units to the Bundeswehr

March 02, 2011

Cassidian has been commissioned by Germany’s Federal Office of Defence Technology and Procurement (BWB) to deliver a further 400 units of the Future Soldier System (Infanterist der Zukunft) in its basic version (IdZ BS). This is part of an immediate procurement measure to meet the needs of the Bundeswehr forces deployed in Afghanistan in the context of the International Security Assistance Force (ISAF) mission. It means that another 400 Bundeswehr soldiers will be supported by the tried and tested soldier system for mission preparation and execution. This new delivery will raise the Bundeswehr’s total number of IdZ BS equipment sets to 2,900.

An IdZ BS system for equipping an infantry squad (ten soldiers) consists of an identical basic configuration for all soldiers (including modular bullet-proof vest in protection class I to IV, C4I equipment including NaviPad for situational awareness and transmitting messages, target data and images, night vision device, tactical radio) and various special items (such as laser range finder, camera, thermal image sighting device).

The system entered service with the Army, Navy and Air Force back in 2004 and has since proved its worth on the Bundeswehr’s foreign missions. It offers soldiers not only protection but also highly increased capabilities in terms of command and control, navigation and weaponry.

In view of the increasingly asymmetric threat situations arising and the challenges presented by missions within the context of network-enhanced operations, enhancing effectiveness, assertiveness, protection and rapid and secure information exchange via more powerful information and communication systems for the deployed infantry forces is of ever greater importance.

Source: Cassidian

buglerbilly

04-03-11, 03:20 PM

Cassidian supports German Armed Forces’ conversion to latest Mode 5 ID

March 04, 2011

Cassidian, the renamed defence and security division of EADS, has equipped the test centre of the Bundeswehr Technical Centre 81 with its MSSR 2000 I identification system. This system is used by the electronics test centre of the German Federal Office of Defence Technology and Procurement (BWB) in Greding near Nuremberg to test the identification systems on board all flying platforms of the German Armed Forces to the latest "Mode 5" identification standard.

At present, all flying Bundeswehr platforms are being equipped with so-called "transponders" conforming to the Mode 5 standard, which are tested in Greding. For this, the MSSR 2000 I interrogator transmits interrogation signals which are automatically answered by the transponders located on board the approaching aircraft. After having equipped all German Navy ships and ground control stations, the MSSR 2000 I has now become the German Armed Forces' standard equipment for ground-to-air and sea-to-air long-range identification.

"Sophisticated identification systems such as our MSSR 2000 I allow the aircraft of one's own and allied forces to be reliably identified, thus helping to prevent friendly fire," explains Bernd Wenzler, CEO of Cassidian Electronics. "In this way, we make a contribution to increase the safety of soldiers and support them in fulfilling their mission."
IFF (Identification Friend or Foe) systems based on the Mode 5 standard allow for the precise acquisition of data on the origin, course or speed of individual aircraft. With the help of this data, approaching aircraft can be quickly and unmistakably classified as belonging to hostile or friendly units. The data is exchanged using encrypted signals, which cannot be analysed or jammed by hostile forces.

Cassidian has already equipped numerous armed forces with IFF systems for sea-based and ground-based applications. For example, for military friend-or-foe identification, the MSSR 2000 I interrogator is deployed by the armed forces of Germany, France, the UK and Australia. In total, Cassidian has contracts for 275 systems in 25 countries. However, apart from the military sector, Cassidian is also active in the field of civil air traffic control. Here, the company's MSSR 2000 I identification systems are used in countries such as Austria and the Philippines.

Source: Cassidian

buglerbilly

06-03-11, 05:54 AM

Ares Armor RAD Pack

March 5th, 2011 | Product Announcement | Posted by Rob Curtis

I guess Ares called it the RAD because RDPC doesn’t sound as rad. Well, there plenty of cool in the RAD (Rapid Armor Deployment). It’s a plate carrier disguised as a backpack. It looks like it might fit someone’s mission profile out there. Heck, if your local school is bad, get one for the kids. Watch the demo. The model, Dimitri, is deploying the system with hard plates, though he’s isn’t messing with the waist straps for the sake of illustrating the speed the system can be deployed.

From the Ares site: The Rapid Armor Deployment Pack is intended to allow one to become a true Sheepdog. You can go from being an average unnoticed citizen and in under 2 seconds deploy a full armor system with a weapon giving you an unexpected advantage over would be shooters or assailants. The Ares Armor RAD Pack features: Molle on the front plate pocket to allow for customized setups Able to accept Front and back armor plates. (not included) Easy lock down system to secure front plate to you should you need to shoot and move. The ability to blend into society. There is no Molle or other military style construction on the externals of the RAD Pack. A back pocket that is fully functional as a normal pack for storage of items away from the weapon. Comes with universal pistol holster

Patents Pending Ares Armor R.A.D. (Rapid Armor Deployment) Pack is the next level of concealed weapon carry. Pre-Order Item. Shipping Late February We will not be displaying detailed images of this pack to protect the customers of this item. For a limited time it’s $229.95

buglerbilly

16-03-11, 04:08 AM

KDH Announces Convergence Armor

March 16th, 2011

KDH Defense Systems is producing its new, lightweight ballistic pack, called “Convergence,” for the Army’s Improved Outer Tactical Vest (IOTV). Tested to ensure that the new package meets or exceeds all Army ballistic testing standards, according to KDH Convergence has reduced the weight of the IOTV’s armor package by more than 10%.

“KDH Defense Systems continues to make significant advances in reducing the weight of Soldier borne protective technologies,” stated Jeff Payne, Special Projects Manager, Research and Development, for KDH. “This milestone marks the first actual weight reduction under the current soft ballistic requirement and the first considerable reduction since the 1.1 psf requirement was implemented in the late 1990s. With the Convergence IOTV lightweight ballistic pack nearly 10% lighter than specification, the Soldier can now much more easily accomplish his combat missions regardless of the enemy, the terrain, and the weather encountered. Reducing the weight of the armor system also provides for the opportunity to add other potential life-saving equipment such as additional ammunition to the load. This innovative, new technology has the potential to reduce the weight of every armor system under the current requirement regardless of style,” Mr. Payne concluded.

“Lighten the load has been the resounding command from the military for more than a decade,” stated SGM (Ret) William T. (Butch) Hancock, Jr., Military Program Development for KDH. He continued, “The Afghan surge, which requires more foot patrols than were carried out in Iraq, has fueled the need to make our Soldiers more agile in their protective gear by reducing the weight of their armor systems. KDH’s new IOTV lightweight ballistic pack, Convergence, is one of the lightest and most flexible packages ever selected by the United States Army.”

“The emphasis to increase the ballistic protection of the Soldier has increased his survivability while hindering his mobility and endurance,” stated David Herbener, President and Chief Executive Officer of KDH Defense Systems, Inc. “We know what we have today works, but the challenge is reducing the weight while maintaining or exceeding the identical amount of protection. We are pleased that the United States Army has chosen KDH’s new, lightweight Convergence ballistic package and we continue to look beyond the current Soldier protection systems in an effort to protect against threats that Soldiers haven’t yet encountered. KDH remains steadfast in its commitment to developing solutions that will make Soldiers more agile in their protective gear by reducing the weight and bulk of the systems while making the design of such armor much more flexible and comfortable to wear.”

KDH currently manufactures the Amy’s IOTV and Soldier Plate Carrier System as well as the USMC IMTV and Plate Carrier. They moved completely to their current ISO 9001 facility in Eden, North Carolina from Johnstown, Pennsylvania in early 2010.

Bravo to the Army as well as KDH for making this happen as reducing the weight of armor is one of our biggest challenges. KDH did receive Congressional earmarks in 2008 and 2010 to improve ballistic protection the tune of $3.36 Mil so it’s good to see a return on the investment. But, this isn’t exactly a technological breakthrough. KDH did what it could based on the materials it was allowed to work with. There are myriad armor packages available commercially that blow the previous IOTV weight per square foot standard away if you move in a different direction.

Industry insiders estimate there are currently between eight and ten certified armor packages for the IOTV with the point Blank developed Pathfinder-S being the most popular and serving as a de facto baseline that everyone else varies from. There are several methods to reduce cost for these packages but reducing weight proves very tricky considering the Army has stood by woven aramids such as Twaron or Kevlar KM2 rather than introducing unidirectional technologies which can be made from polyethylene such as Dyneema or aramids such as Goldflex. While weights drop when using the unidirectional fabrics due to their higher performance, conversely costs rise. Naturally, the lower the weight, the higher the cost.

As we have said before, if there is a true desire to reduce the load, particularly on the armor side, true quantifiable measures can be made, but someone has to foot the bill.

buglerbilly

18-03-11, 03:55 AM

Via Soldier Systems.........

Futuristic Infantry Soldier As a System

March 18th, 2011

Futuristic Infantry Soldier As a System (F-INSAS) is the Indian Army’s Soldier modernization program planned to from 2012 to 2020. In the first phase, to be completed by 2012, they plan to begin fielding of a multi-caliber (5.56mm, 7.62mm, and purportedly 6.8mm) modular weapon system along with a detachable grenade launcher with airbursting grenades. By programs end in 2020, the Indian Army plans to complete fielding to all of its 465 infantry and paramilitary battalions of the complete system which includes helmet with visor, uniform with integrated armor and NBC protection as ell as a palmtop computer.

F-INFAS follows the pattern of western Soldier modernization efforts with heavy emphasis on C4I2 (Command, Control, Communications Computers, Information and Intelligence). The goal is to turn the Soldier into “a self-contained fighting machine”. In addition to fielding all of this capability they also want to reduce the Soldier’s load by 50%.

While initially subsystem development has been outsourced to a variety of international concerns, Defence Research and Development Organisation (DRDO) is serving as the prime and system integrator. Within India, both Tata Advanced Systems and Rolta Thales Ltd have a hand in F-INSAS’s development.

buglerbilly

25-03-11, 04:22 PM

Ballistic Plates for Combat Body Armour – Made in Australia

(Source: Australian Department of Defence; issued March 25, 2011)

Ballistic plates for combat body armour to protect Australian troops can now be made in Australia thanks to the development of new manufacturing technology.

Minister for Defence Science and Personnel Warren Snowdon and Minister for Defence Materiel Jason Clare announced the new technology during a visit to the CSIRO in Melbourne today.

“Body armour is one of the most important elements of a soldier’s personal protection. It offers protection from ballistic threats like small-arms fire and fragments from improvised explosive devices,” Mr Snowdon said.

“The ballistic plate inserted into body armour is made from an advanced ceramic material that is incredibly strong for its weight. The stronger and lighter the ballistic plate, the better protection it provides to our soldiers.”

New technology to manufacture the ballistic plates has been developed through a partnership between:

-- The Defence Materials Technology Centre;
-- Australian Defence Apparel (ADA);
-- The Commonwealth Scientific and Industrial Research Organisation (CSIRO); and
-- The Victorian Centre for Advanced Materials Manufacturing (VCAMM).

Australian Defence Apparel will soon be able to manufacture the ballistic plates at their factory in Bendigo.

Mr Clare said that most ballistic plates used by the ADF are currently imported from the United States.

“Manufacturing these plates in Australia has big advantages. It will allow for new technology to be prototyped quickly and for product development to occur in Australia,” Mr Clare said.

“Thanks to the hard work of the scientists, engineers and Australian Defence Industry here we now have a world-leading product that can be produced here in Australia.”

The Defence Materials Technology Centre is a not-for-profit company jointly funded by the Commonwealth Government’s ‘Defence Future Capability Technology Centre’ program, the Victorian Government, and industry and research body participants.

The Centre brings together defence industry, universities and government research agencies to develop new materials and manufacturing technologies that will enhance Australia’s defence capability.

-ends-

buglerbilly

29-03-11, 05:05 AM

Army Launches Body Scan Project for Better Soldier Fit

by christian on March 28, 2011

Looks like the Aussies aren’t the only ones with sizing problems.

The U.S. Army has implemented a wide-ranging program to assess the relative sizing of Soldiers on active duty, in the Guard and Reserve. Today, lots of Soldier kit is developed based on relative sizing data from the mid-1980s. Turns out when the balloon went up in Afghanistan in 2001, there was a lot of gear that didn’t fit today’s Soldiers who, as a result of better nutrition and fitness, are bigger on average than their 1970s and ’80s counterparts.

The survey includes 94 measurements of the body as well as three 3-D scans. The scans are of the whole body, the head and face and a foot. While the measurements are point to point, the 3-D scans are able to map the contours of the human body, creating a more accurate picture of body composition that will aid in the design of systems for Soldiers in the future.

“It is an engineering database. Its purpose is to help design digital human models for computer-aided design and other simulators as well as the development of models for individual equipment and clothing; everything from socks to body armor to headgear. There are broad applications for this data across all the engineering and design disciplines for the Army and Army gear.”

The data gathered will also find application in the design of vehicle interior spaces. This extends from aircraft to ground vehicles to ensure the people operating the systems will be able to do so, and that entrance and egress points will be large enough to accommodate Soldiers while wearing their equipment.

The data will also be used in the development of future technologies such as improved body armor that will be created with the contours of the human form in mind.

This is incredibly important when it comes to developing vehicle and aircraft spaces for troops. Remember the V-22 Osprey was supposed to carry 24 “fully loaded troops,” but I think you’d be hard pressed to fit 20 at all. That has something to do with gear, but also head and shoulder space factored into the design. Think about the Stryker vehicle, Expeditionary Fighting Vehicle and any Ground Combat Vehicle ideas that come cropping up. This kind of study can help inform specs so troopers’ knees and necks aren’t crunched when the hatch closes.

Read more: http://kitup.military.com/#ixzz1HxDFPGm5

buglerbilly

14-04-11, 03:02 AM

Via Soldier Systems................

Shellback Tactical’s New COMBAT AGGRESSOR

April 13th, 2011

Shellback Tactical gave us a sneak peek of their new COMBAT AGGRESSOR armor carrier. The original AGGRESSOR carrier has been very popular with the Law Enforcement community. The only issue was the color scheme. Many agencies use greens and browns for their uniforms and kit. Additionally, military organizations are looking for those colors as well. So Shellback removed the non-slip on the shoulder area to eliminate the two-tone effect when it comes to Ranger Green and Coyote and the COMBAT AGGRESSOR was born. The means the whole carrier is Codura. In keeping with the same color concept the spacer mesh was also removed along the arm areas. To top the design off Shellback added a drag handle to the back that stores out of the way yest is immediately accessible. Look for it to be in stock within the month.

shellbacktactical.com

http://shellbacktactical.com/

buglerbilly

15-04-11, 02:39 AM

Corps Fast-Tracks Ballistic Boxers Buy

April 14, 2011

Stars and Stripes

Interesting that the USMC is proceeding quickly on this after some of the idiot comments on US forums.............

Marines in Afghanistan soon should be receiving ballistic underwear designed to protect troops’ most sensitive regions.

“The tagline on the product is: Protection for your privates, both literally and figuratively,” Edward Schmitt, of BCB International, which makes the protective gear, told Stars and Stripes during a recent demonstration of "Ballistic boxers."

And now, the Marine Corps is looking to fast-track four pairs of “protective undergarments” to every Marine in Afghanistan, according to Marine Corps Times, citing Quantico, Va.-based Marine Corps Systems Command. The underwear, already fielded by British troops, does not protect against fragmentation but can provide added defense to the genitals and femoral arteries, the primary blood vessels in the thighs.

The boxers, which weigh less than a half pound, feature soft panels to protect the femoral artery and other sensitive areas from debris and flames accompanying a blast, Schmitt told Stripes.

Last year, the British Ministry of Defense spent some $16 million on the new protective gear, touted on the ministry's website as underwear that "balances protection with the necessary comfort and manoeuvrability for troops to undertake operations, enabling them to wear one or more of the protective layers depending on the task."

British forces already are wearing the garments, with 45,000 pairs delivered to Afghanistan and another 15,000 ready to be issued to deploying troops, the MoD stated. Another 60,000 are to be manufactured and delivered to troops early this year.

Maj. Gen. Richard Mills, who recently returned from serving as commander of Marine forces in Afghanistan, pushed for Marines to receive the undergarments after consulting with doctors with I Marine Expeditionary Force (Forward), and told the Times there is a “buy underway.”

buglerbilly

21-04-11, 02:54 AM

Army Hopes Survey Ends Ill-Fitting Gear

April 20, 2011

Stars and Stripes|by Mark Patton

WIESBADEN, Germany -- The Army aims to make ill-fitting uniforms and protective gear things of the past when it completes a body-measurement survey next year.

When supply officials ran into difficulty acquiring the correct sizes of chemical gear and body armor for troops at the beginning of the Iraq and Afghanistan wars, “something was happening, and we didn’t know what or why,” said Cynthia Blackwell, survey program director for the Natick Soldier Research, Development and Engineering Center in Massachusetts, which is spearheading the survey.

Army officials said data from a 1988 survey are still being used to design gear, but that body types have changed significantly since.

A pilot study conducted by Natick in 2007 found the obesity epidemic plaguing the general population was “somewhat reflected in our troops,” Blackwell said.

Active-duty male Soldiers in 1988 averaged 69.1 inches (5 feet 9 inches) in height, and weighed 172.7 pounds. By 2007, the average height stayed pretty much the same, but weight had shot up to an average of 184.1 pounds. Chest, waist and hip girth all increased, with the average waistline growing from 34 inches to 36.3 inches.

The $6 million anthropometric survey -- dubbed ANSUR II -- is gathering 94 body measurements as well as 3-D scans of the body, head, face and feet. The survey is scheduled to run through February 2012 and will measure 13,000 Soldiers.

The 3-D scans are new and will help design close-fitting items, such as body armor. The head and face scanner will be used to design helmets and goggles, a foot scanner will be used to design boots and shoes. The standardized body measurements in the survey also include specialized measurements such as functional leg lengths, which are used to design cockpits and crew stations for aircraft and combat vehicles.

Blackwell said a common example of the lack of a consistent sizing system is a Soldier needing a medium uniform top, but their body armor size is small.

“What a pain; we’re hoping to fix that,” Blackwell said.

Such standardization also should reduce waste in the supply system, she said.

Once the survey is complete, it will take three to four months for researchers to provide the summary statistics to the Army.

buglerbilly

24-04-11, 06:04 AM

From Soldier Systems blog.............

Save When You Buy Tyr Tactical’s New Basic Plate Carrier

April 23rd, 2011

Tyr Tactical has just unveiled their new Basic Plate Carrier. It comes loaded with Tyr’s T-33 Plate Backers for use with in-conjunction plates or additional ballistic protection and is built with their PV500 material which drastically reduces the weight of this carrier to a meager 1.65 lbs (size Medium). They have included plenty of PALS real estate in the design (74 individual spaces on a size Medium) to accommodate customization. Additionally, the BPC comes with (1) 5”x6” general utility pouch, (1) single M4 Open Top Pouch and (1) Triple M4 Open Top Mag Insert.

Overall it looks to be a great bargain, but Tyr Tactical has also made a generous offer to Soldier Systems readers who want to buy the BPC and other products on the web site over the next two weeks. You can receive a discount of 15% by using the code 15SSD at checkout.

Available in Multicam, Coyote Brown, Ranger Green and Black in sizes Small – XLarge, Tyr Tactical products are Berry compliant. To order the BPC visit www.tyrtactical.com.

buglerbilly

06-05-11, 11:13 AM

Via Soldier Systems..............

LBT Unveils Sentinel Armor System

May 6th, 2011

This is a quick peak at London Bridge Trading’s Sentinel Releasable Armor System, unveiled May 5th, 2011 at Warrior Expo West. The Sentinel is a captive releasable armor system meaning all pieces are retained even after the user has pulled the cutaway. Additionally, the Sentinel incorporates LBT’s Comfort Armor Suspension System (CASS), allowing users to carry heavier loads while transferring the weight to the hips for increased comfort and ventilation.

Uploaded by SolSysLLC on May 5, 2011
London Bridge Tradings Sentinel Releasable Armor System, shown 5-May, 2011. The Sentinel is a captive releasable armor system whereby all pieces are retained even after the user has pulled the release tab. Additionally, the Sentinel incorporates LBT's Comfort Armor Suspension System (CASS), allowing users to carry heavier loads while transferring the weight to the hips for increased comfort and ventilation.

Look for a more in-depth article on the Sentinel soon.

http://www.lbtinc.com/

buglerbilly

06-05-11, 11:17 AM

Via Soldier Systems blog................

Tactical Tailor Fight Light Preview

May 6th, 2011

Tactical Tailor has been working on an entirely new line of products dubbed the “Fight Light” series. Tactical Tailor took a look at all of the Army’s desired attributes for lighterweight systems and incorporated them into the design of this line. During development their mantra has become, “Weight + Mobility = Soldier Survivability”. In addition to new designs Tactical Tailor has been working with operational forces to ensure that the new gear is ready for the market. Fight Light has undergone some pretty extensive testing with Army SF and based on direct user feedback, modifications have been made to the base designs.

This model is the Battle Belt. It will come in two sizes but each of these can be further adjusted three times in a telescoping fashion to refine the fit. As you can see it features an ergonomic design with a kidney bolster. It has an open channel through the interior of the belt to accept a duty or rigger’s belt. There are also access channels allong the bottom of the Battle Belt to facilitate the use of drop leg holsters or subloads. Additionally, two rows of PALS webbing is available along the exterior of the belt to affix modular pouches. Finally, the Battle Belt is padded but there are no plans to offer an armored version.

The Battle Belt will be available with or without the suspenders that are of a unique design. The obvious inspiration is the TT X-harness available for years as a TT product for use with chest rigs. They have modified it a bit and added a split tail suspension off the rear and single straps down the front. As you can see, it incorporates a drag handle as well as cable management to route comms and power cables as well as hydration tubes.

Fight Light products should start to appear with a hard launch next month in MultiCam and A-TACS.

http://www.tacticaltailor.com/

buglerbilly

20-06-11, 06:09 PM

Via Soldier Systems blog...................

But Wait, There’s More

June 20th, 2011

We teased that there would be at least one more FirstSpear product coming out for and we are pleased to share it with you. FirstSpear is the most exciting brand launch of the year and it’s cool to see these teasers prior to the formal launch of 60 new products on 14 July, 2011.

The Short Incursion Chest Rig (SICR) was designed for those that don’t use the carbine as their primary weapon or are trying to maintain a low profile. It carries up to 6 x 30 round 5.56 magazines and features PALS webbing to the left and right of the ammo pockets to customize the load to the mission. Currently available for pre-order from SKD Tactical with an expected ship date of 13 July, 2011. The SICR will be offered in Black, Coyote, Ranger Green, Khaki, and MultiCam.

Now here’s the beauty part directly from SKD’s website:

“As a lead-up to FirstSpear’s full product line release, we have been granted special permission to run a one-time 30% promotional discount for this awesome piece of kit. ENTER “SICR30” IN THE DISCOUNT CODE FIELD AT CHECKOUT. This promotion ends on July 14, 2011, after which the SICR will be available for sale at regular pricing.”

www.skdtactical.com

buglerbilly

25-06-11, 01:50 AM

Marines in Afghanistan Get Ballistic Underwear

June 24, 2011

Stars and Stripes|by Jeff Schogol

WASHINGTON -- More than 15,000 pairs of ballistic underwear have been issued to Marines serving in Afghanistan, according to the Marine Corps.

Made from "scientifically-tested ballistic silk," the underwear is meant to provide extra protection against roadside bombs, a 2nd Marine Division news story said. The garment is designed to stop small fragments from a blast and prevent sand and other fine particles from getting into blast wounds, staving off potentially deadly infections.

The goal is to give each Marine who regularly goes outside the wire three pairs of the special underwear and one pair each for those who stay on base.

The Corps is also testing a different version of ballistic underwear for Marines whose jobs put them at higher risk of blast injuries. The garment has Kevlar sewn into the silk to protect the inner thighs, colon and groin area and to prevent potentially fatal injuries to the femoral artery.

Ultimately, the Marine Corps hopes to award a contract for 183,000 pair of the special underwear, and that would give Marines deployed to Afghanistan four pair each, said Barbara Hamby, a spokeswoman for Marine Corps Systems Command.

buglerbilly

28-06-11, 07:55 AM

Arc’teryx H-150 Rigger’s Belt

June 27th, 2011 | Hasty Review Photo Recon Product Announcement Product Preview Review | Posted by Stickman

Its no secret that Arc’teryx has been working on a high speed belt for the past few years, and we showed you a sample from this years SHOT Show. However, clear pictures have been missing, and it seems like we’ve been teased with little glimpses here and there around the web. For the past 14 hours, I’ve been wearing the Arc’teryx H-150 Riggers belt along with a new Glock holster from Praetor Defense. The H-150 is classed as a 2″ Riggers belt, but lets not kid anyone, its going to see a lot more time hanging a pistol on it than it ever will hanging a guy from a rope.

Arc’teryx is clear that the H-150 is designed as a belt for “travel restraint”. It is NOT designed to be used as a climbing harness where you can be expected to fall, and have the belt take the shock when the line goes tight. I think the primary concept here is that the belt can be used for emergency rappelling if needed. Thankfully, along with wearing the H-150 as a gun belt, I also took it out to a rope course, and spent some time in it along with my locking carabiner and my Super 8 off my climbing harness. I’ve used Riggers Belts in the past to attempt both belay and rappel, and to be honest, its typically a painful experience. The Riggers Belts are usually nylon, and crease in the middle, which digs heavily into the small of your back. Arc’teryx takes this issue on with what they are calling “Warp Strength Technology”. The belt is extremely thin, but rather rigid. It supports weight without digging in to your sides when wearing a firearm, and the belt remains comfortable. This by itself makes it a worthy gun belt in my eyes, as it takes pressure of the small of your back, especially if you are one of the guys that really loads your belt up.

How does the H-150 hold up when hanging off an 11mm rope with all your weight suspended from it? Its still no joy, but its better than any other Rigger Belt I’ve used, including the one I use for daily offduty carry of a weapon. If you are doing much rappelling, or expect to do rappelling, get the LEAF harness, or other harness designed for the job. If you are tying in or need a belt that has lifesaving capability, the H-150 is better than anything else I’ve tried.

We’ll look at this in a long term review in another 6 months or so, and we’ll be reviewing the holster shortly as well. The Arc’teryx H-150 is so new that its not in the Arc’teryx LEAF listing, and I’ve not heard anything solid regarding the price. At this point, I’ll be switching to wearing this as my daily wear belt for carrying a weapon offduty, which makes me wish mine was in something other than multicam. Aside from a color change, I can’t think of anyway to make a better belt at this point. I’ll let you know if I feel the same way in 6 months.

*** UPDATE ***

Arc’teryx has advised these are shipping to US dealers and will retail at $119.

buglerbilly

29-06-11, 03:30 AM

Via Soldier Systems.............

High Ground Gear Modular Pack with Quick-Release Waistbelt

June 28th, 2011

Here’s another cool product we’ve been sitting on for awhile now. We like High Ground Gear’s innovative designs. This one is a releasable waistbelt for their HG830 Modular Pack. This allows you to rapidly ditch your pack without removing the belt. This is particularly handy if you are using it to carry your pistol and other survival gear.

The HG830 Modular Pack incorporates several unique features. The rigid frame is designed specifically to be worn over body armor and integrates an internal pocket in the lower back of the frame will hold 4 ergonomic mag-pouch inserts (5.56 or 7.62). The shoulder straps feature cable-routing designed to collect the clutter of hydration hoses and cables to keep you from getting snagged. Additionally, the internal hydration pocket accepts most 2 to 3 Liter hydration bladders without bulging into your back plate. Finally, the frame’s ample PALS webbing field allows it be configured for a wide variety of applications.

The waistbelt is easily cut-away but the best way to see how this releasable waistbelt works is to watch this video.

Uploaded by HighGroundGear on Jun 20, 2011
http://www.highgroundgear.com/products/hg830-modular-pack-quick-release-waistbelt

Available in MultiCam, UCP, Coyote, Black, and Ranger Green. The waistbelt is offered in two sizes, Large and X-Large.

www.highgroundgear.com

buglerbilly

14-07-11, 04:26 PM

Via Soldier Systems blog...............

Army Purchasing More SPCS

July 14th, 2011

For any of you that missed the saga that is the Soldier Plate Carrier System (SPCS) you can find a great synopsis here. Since downselecting the KDH design in SPD 7, the Army has procured an initial amount in UCP, purchased the Technical Data Package (TDP) from KDH, changed the colorway to OCP, and developed a cummerbund.

Now, Product Manager Soldier Protective Equipment (PM SPE) is seeking additional OEF Camouflage Pattern (OCP) Soldier Plate Carrier Systems (SPCS). In addition to 17,000 complete carriers, the Army is also seeking up to 42,000 OCP kits in order to modify existing SPCS and up to 32,000 cummerbunds with soft armor package. Additionally, 57 First Article Test vests will be be required within 30 days of contract award. The procurement is set aside from Small Business and offerors have until 8 August, 2011 to respond.

buglerbilly

15-07-11, 03:57 PM

Bourque Industries' Kryron Armor Stops .50 Cal AP Rounds

PHOTOS BY RON MEDVESCEK / ARIZONA DAILY STAR
John Bourque, founder and CEO of Bourque Industries, shows a prototype of a body armor insert plate, right, and his company's aluminum alloy, left, called Kryron. Bourque has developed a patented process that renders lightweight aluminum nearly impenetrable.

Test conducted for unspecified military agency at unspecified military location

07:23 GMT, July 15, 2011 TUCSON, Ariz. | Bourque Industries, Inc. today announced that the Company on Wednesday demonstrated unprecedented ballistic protection from its new Kryron armor and a significant improvement over earlier test results, defeating several .50 caliber armor piercing rounds with a lightweight armor plate designed for personal body armor.

The tests were conducted at the request of an unspecified military agency, at an unspecified military installation, and with unspecified senior military officials in attendance.

Bourque demonstrated increased protection over previous test results for its Kryron Terminator personal ballistic armor line and exceptional multi-impact capability. A Terminator Fat Boy plate was shot multiple times with .50 caliber AP ammunition and .30 caliber AP ammunition, then reversed and shot with the same rounds again, with no penetration, ricochet, shatter or spall.

In addition, a Terminator Thin Line plate sustained several dozen rounds of 9mm machine gun fire at exceptionally close range with no penetration, ricochet, shatter or spall.

All results were achieved with weight savings over the current industry-standard personal protection armor plates.

Bourque also successfully demonstrated proof-of-concept for industry-leading, multi-impact and lightweight armor protection for land-based US military tactical vehicles and US military aircraft.

“This is the most important testing day Bourque Industries has had, as now all doubt about Kryron's capability should finally be laid to rest,” said John M. Bourque, inventor of Kryron and founder of Bourque Industries. “It is clear that Kryron is the best ballistic armor material on the market today, and the clear choice to protect America's warfighters on land, in the air, and on the seas.”

Ron Medvescek/Arizona Daily Star
At left is a currently used ceramic-based plate that has shattered under impact. At right is a prototype body armor plate produced by Bourque Industries.

Read more: http://azstarnet.com/business/local/article_efe4a100-eeed-5555-a8eb-f768f6cc886e.html#ixzz1SBMCA3Ll

buglerbilly

17-07-11, 06:22 AM

Via Soldier Systems blog............

SPCS Cummerbund

July 16th, 2011

We have finally located a photo of the new cummerbund for the Soldier Plate Carrier System. As you can see, it is not a tradition plate carrier cummerbund but rather an over sized side plate carrier. It’s main weakness is that it is suspended by two side release buckles on either end along with a single, adjustable “T” bar-style adapter that attaches via the diagonal back straps to a D-ring. It looks like this feature was added to help support the weight, but it’s still going to sag.

However, there are a couple of commercial solutions out there that adapt to the SPCS to provide a more traditional cummerbund.

Milne Bay

21-07-11, 10:47 AM

Not sure if this goes here but here goes anyway

CTD seeks future power vibe

21 Jul 2011

DSTO is helping advance an innovative power generation and harvesting system, as part of the Capability and Technology Demonstrator (CTD) Program.

The Flexible Integrated Energy Device (FIED) would see dismounted ADF troops power electronic systems from a body mounted vibration energy harvesting unit, and a world first flexible hybrid lithium battery.

The FIED uses a transducer to harvest mechanical energy from the soldier’s motion and converts this to useful electrical energy through conditioning that optimises conversion efficiency.

The textile based asymmetric super capacitor enables both rapid and high energy storage and power flow from a soft and flexible garment component.

A number of ‘plug-in’ points distributed throughout the FIED garment allow the soldier to connect devices for use in the field of battle as required.

DSTO researcher Dr Vinod Puri says DSTO initiated the concept with CSIRO’s Energy and Technology Division more than three years ago, ‘to help improve power systems that had limited operating life and impeded a soldier’s mobility.’

Australian field trials in early 2010 proved the system’s ability to harvest energy from motion and researchers claim they can now generate about 87 milliwatts per kilogram of force.

They hope to increase that scale to around 200 milliwatts per kilogram, which would provide enough power to generate a soldier’s personal communication devices in the field for a typical 72 hour rotation.

“This form of battery technology is the first of its kind. The flexible batteries can be scaled in size to provide 100wh/kg,” Dr Puri says.

Ref:
http://www.australiandefence.com.au/news/ctd-seeks-future-power-vibe

buglerbilly

29-07-11, 04:26 AM

New protective clothing bound for troops in Afghanistan

An Equipment and Logistics news article

28 Jul 11

You'd have to seriously wonder at the effect of this gear when the temperature is 40+ Celsius..........???

The final phase of the MOD's pelvic protection system will be issued to troops on the front line in Afghanistan in the next few months along with a new Personal Clothing System.

Private Scott Littleton, 2 Mercian Regiment, wearing the new protective clothing
[Picture: Andrew Linnett, Crown Copyright/MOD 2011]

The Pelvic Protection System is designed to mitigate the effects of explosions on the front line. With Tiers One and Two already in use, the third and final phase of the system will provide additional support to balance personnel's personal safety with the necessary comfort and manoeuvrability they need to undertake operations.

Tier One is worn as underwear, manufactured from scientifically-tested ballistic silk that provides an initial level of protection to mitigate against the effects of blasts, including shrapnel.

Tier Two is a second layer of detachable pelvic body armour, worn by troops when carrying out higher risk tasks outside the wire.

The final tier of the system consists of ballistic knee-length shorts, designed for use by troops whose roles demand greater levels of protection on patrol - such as those operating the lead metal detector in teams searching for Improvised Explosive Devices.

All three tiers integrate with the rest of troops' personal kit, which has now been redesigned specifically to be worn with body armour.

Tier Three of the Pelvic Protection System
[Picture: Andrew Linnett, Crown Copyright/MOD 2011]

Troops deploying to Afghanistan in October 2011 are to be amongst the first to benefit from this new Personal Clothing System - a tougher, more comfortable and efficient combat uniform that can be easily adapted to suit the many different environments troops face on the frontline.

The different layers include a T-shirt, thermal shirt and windproof thermal smock and take advantage of developments in material technology to provide both thermal insulation and sweat wicking.

On the Multi Terrain Pattern camouflage outer layers, buttons have been replaced with Velcro for greater comfort under body armour. Additional panels reduce wear and tear and pockets are positioned for efficient use even when troops are wearing body armour.

Minister for Defence Equipment, Support and Technology, Peter Luff MP, said:

"Troops on operations already have world-renowned body armour but we continually seek to improve the personal protection available to them.

Tier two of the pelvic protection system
[Picture: Andrew Linnett, Crown Copyright/MOD 2011]

"I'm delighted that the final phase of this pelvic protection system - already proving very effective on operations - has now been delivered. Along with the new Personal Clothing System, this will afford our troops greater protection, versatility and comfort on operations.

"This investment in cutting edge science and technology will benefit the long term welfare of our troops, demonstrating our commitment to providing them with the best possible kit on the front line."

In addition, troops in Afghanistan are to be issued with bacteria repellent socks - which are completely waterproof.

The knee-length socks will help to keep troops feet dry when they are wading through ditches and streams. To keep feet hygienic, they have antimicrobial properties similar to those found in medical dressings.

They are also superior to conventional socks, keeping feet warmer during the winter months. They will also be issued to troops deploying to Afghanistan in October 2011.

buglerbilly

01-08-11, 09:10 AM

Sunday, July 31, 2011, 06:01 PM

Elements of GLONASS navigation system will be integrated to individual Russian soldiers equipment.

Elements of the Russian satellite global positioning system GLONASS will be integrated into the communication equipment of the Russian soldiers airborne troops, announced Saturday, 30 July, 2011, the Russian army airborne troops chief of staff, General Nikolaï Ignatov.

Elements of the GLONASS Russian satellite global positionning system integrtated to Russian airborne troops individual soldier equipment

Elements of the GLONASS will be integrated into the military gear. The localisation of each soldier will be located to the screen navigator of its superior, so that it will be able to control the position of each member of its unit”, declared the general on the Echo of Moscow radio.

He added that after the introduction of this equipment, the traditional topographic maps would not be cancelled.

General Ignatov moreover indicated that before 2012, the airborne troops would be also equipped with a new command system, Andromeda-D. According to him, this system is currently used only in the 76e airborne assault division

buglerbilly

05-08-11, 02:40 AM

Fears Raised Over U.S. Army Bullet-Proof Vests

AGENCE FRANCE-PRESSE

Published: 4 Aug 2011 20:07

WASHINGTON - Fears were raised that five million inserts added to bullet-proof vests given to U.S. troops, currently fighting in two wars, may not meet standards due to poor testing, a Pentagon report said Aug. 4.

The inserts made of synthetic fibers known as Kevlar or ceramic are meant to halt small caliber projectiles or other shrapnel.

They were manufactured between 2004 and 2006 by seven firms in a contract worth some $2.5 billion, according to the Pentagon's inspector general.

"The Army lacks assurance that 5.1 million ballistic inserts acquired through the seven contracts provide appropriate protection," the report said.

"We determined that ballistic testing and quality assurance for Interceptor Body Armor inserts did not have proper controls to ensure that the ballistic inserts met contract requirements.

"Consequently, the Army cannot be sure that the appropriate level of protection has been achieved."

According to quality control the inserts should be tested at an ambient temperature of around 58 to 78 degrees Fahrenheit, or 14 to 26 degrees Celsius, with humidity levels of around 40 to 60 percent.

However, the report found that in 52 percent of the cases these conditions were not met.

A Pentagon report published by the New York Times in January 2006 found that 80 percent of the Marines killed in the Iraq war from chest wounds would have survived if their bullet-proof vests had been more effective and had covered them more.

buglerbilly

05-08-11, 03:40 AM

Via the Firearm blog.........this pic starts to remind me of Knights during the late Middle Ages where they had so much shit on them that they couldn't easily stand up again if they fell or got knocked over............

How many accessories is too much?

The below photo is of a Spanish solider carrying a H&K G36 rifle fitted with the Spanish Future Solider program (COMFUT / COMbatiente FUTuro) accessories. The rifle is equipped a huge day/night scope with integrated ballistic computer and camera. For close quarter combat (and when the main optic's battery runs dry) an EOTech holographic sight is included. Along with the scopes, an underbarrel grenade launcher and rail-mounted flashlight add a few more pounds to the already heavy weapons system.

Given Spain's current economic situation, I don't think we will be seeing this system deployed anytime soon.

[Hat Tip: Max Popenker]

buglerbilly

06-08-11, 12:32 AM

FUBAR: Army Blew Tests on 5 Million Body Armor Plates

By Adam Rawnsley August 5, 2011 | 1:31 pm

Updated: This story was updated with new information from Stars and Stripes on August 5, 2011 at 5:42 EDT

The U.S. Army didn’t bother to properly test five million body armor plates that were supposed to protect soldiers on the battlefield. In some cases, certain tests of the live-saving gear were ignored altogether.

That’s according to a new report from the Defense Department Inspector General, which found that the Army office in charge of insuring the armor’s quality essentially fell asleep at the switch. Inserts were tested improperly and in some cases not at all. The testing flubs don’t prove that all five million plates are defective, but they deprive the Army of information about the reliability of a lot of equipment needed to protect troops in the field.

“The Army cannot be sure that the appropriate level of protection has been achieved,” the report says. Now, it’ll go back and retest the vests, some of which were bought as long as seven years ago.

The problem lies with seven contracts for $2.5 billion worth of Interceptor Body Armor (IBA) inserts bought between 2004 and 2006. IBA consists of a vest that holds a series of inserted plates designed to stop bullets and other fast moving objects.

On two contracts, the Army’s Project Manager Soldier Equipment (PM SEQ) didn’t perform tests to find out the velocity at which a projectile would penetrate plates because they said they weren’t concerned about the design. On six out of seven contracts, PM SEQ simply didn’t do weather and altitude tests on the inserts or substituted less. Why the substitution? The PM SEQ Director of Technical Management told the IG that the more rigorous tests would take longer and the inserts needed to meet the “urgent wartime operational requirement” for body armor, according to the report.

Consistency was a problem, too. PM SEQ didn’t always test the right size insert plates on about 30 percent of tests. The IG also found that about half of the inserts tested for humidity and temperature weren’t tested in the right temperature range.

The most recent report is only the latest in a series of investigations carried out by the Defense Department’s Inspector General on body armor testing. In March 2008, the IG found 13 body armor contracts where proper testing wasn’t performed. Following a request from Rep. Louise Slaughter, the IG dug deeper into the 13 contracts and found a series of problems with quality assurance. A year later, the Army recalled 16,000 of the ceramic plates.

Since the beginning of the war in Iraq, both the Army and Marines have had to fend off criticism over how they buy body armor. First, critics charged, the military did not buy enough modern body armor with rifle plates for combat troops deploying to Iraq (one George Washington University Law Professor called it the “bring your own bulletproof” war). Then, troops and their supporters began to raise questions about whether their Interceptor vests were indeed top-of-the-line. The Marines, in fact, recalled some sets of Interceptor body armor back in 2005. The military rushed to field new armor add-ons such as enhanced plates and side plates to protect against new threats in Iraq.

The controversy didn’t end there. Pinnacle Armor Inc., makers of an alternative body armor design called Dragon Skin, accused Army officials of unfairly favoring Point Blank, which supplies that Inerceptor armor to the military. Congressional hearings followed after NBC News alleged that the Army’s tests were rigged in favor of the incumbent. But it was Pinnacle that wound up in the hot seat, and the military never purchased Dragon Skin in big numbers.

Update: Stars and Stripes got in touch with Army officials, who said that two lots of the improperly tested inserts were fielded and 58 percent of them were later returned. The officials said subsequent tests showed that all of the returned plates were up to the “maximum level of protection requirements.”

Photo: U.S. Army

buglerbilly

15-08-11, 05:18 AM

Haptic Vibrating Belts Guide U.S. Soldiers Through the Darkness

By Rebecca BoylePosted 06.28.2011 at 10:17 am

Night Patrol in Iraq 1st Lt. Pat Barone, a platoon leader, and Sgt. Daryl Appling, both with Company D, 1st Battalion, 504th Parachute Infantry Regiment, explain to Iraqi Department of Border Enforcement soldiers how to conduct tactical patrols at night along the Iraqi-Syrian border, Dec. 9, 2009.Wikimedia Commons

Soldiers already have plenty of nighttime tech to help them navigate battlefields, but goggles can be clunky and obtrusive, and backlit GPS displays can betray a lurking warfighter’s position. A new haptic interface developed by Army researchers will help soldiers feel their way through the darkness instead.

Researchers at the Army Research Office developed a vibrating belt with eight mini actuators — “tactors” — that signify all the cardinal directions. The belt is hooked up to a GPS navigation system, a digital compass and an accelerometer, so the system knows which way a soldier is headed even if he’s lying on his side or on his back.

The tactors vibrate at 250 hertz, which equates to a gentle nudge around the middle. Researchers developed a sort of tactile morse code to signify each direction, helping a soldier determine which way to go, New Scientist explains. A soldier moving in the right direction will feel the proper pattern across the front of his torso. A buzz from the front, side and back tactors means “halt,” a pulsating movement from back to front means “move out,” and so on.

Researchers led by Elmar Schmeisser and Linda Elliott at the Army Research Office have been testing the belts on various Army personnel as they performed a series of training exercises, both at night and during the day. The subjects had to respond to requests for information, search for targets and navigate at the same time, New Scientist reports. They liked it because they didn’t have to take their eyes off their surroundings or put down their weapons to fumble with a GPS, Elliott told NewSci.

The researchers are now working with a company that makes a haptic glove system, like the one we saw here, to allow platoon leaders to communicate with standard military hand gestures.

Elliott is presenting research on the haptic belt at a Human-Computer Interaction conference in Orlando in July.

[New Scientist]

buglerbilly

19-08-11, 02:07 PM

Body Armor Works, Army Acquisition Official Says

(Source: US Department of Defense; issued Aug. 18, 2011)

WASHINGTON --- No American service member or civilian ever has deployed to the combat theater with defective body armor, Army officials stressed here today.

“I am not aware of any incident downrange where the body armor failed to protect against a round it was designed to defeat,” said Lt. Gen. Bill Phillips, one of the Army’s top acquisition officials.

“There is nothing more important in Army acquisition. There’s nothing more important to our Army than soldier protection or soldier safety,” Phillips said during a Pentagon news conference. U.S. forces have the best body armor in the world, he added.

The Army procures body armor for all services and Defense Department civilians. A DOD Inspector General Report on seven contracts between 2004 and 2006 looked at the way the Army tested body armor during that period and what the service could do to improve it, he said.

“All of the recommendations from that report have been implemented,” Phillips said. “We won’t come to full closure until October this year, when we finish the final recommendations.”

Service members are the best judge of the body armor and helmets issued today, said Army Col. Bill Cole, the project manager at Program Executive Office Soldier, adding that soldiers, sailors, airmen and Marines issued the armor “have high confidence” in its protective properties.

The Army will continue to improve all equipment for service members, Phillips said. “We can always improve our processes, and we can always get better,” said the general added. “As we learn about better ways of testing, it is important we will implement those changes.”

During the period of the report – 2004 to 2006 – the Army did not test how body armor responds when exposed to fungus and to altitude. The Army asked to be excused from those tests so the service could rush the enhanced small-arms protective plates to service members, Cole explained.

The bottom line is that absolutely no one has been sent downrange with defective equipment, Phillips said, and the Army continues to test new equipment and to pull body plates from inventory to run tests.

“Time and time again, we’ve shown these plates stop the most stressing bullet in theater,” Cole said. To protect deployed service members, he added, would not disclose what round that is.

During the test, the Army fires the bullet at the plates at a speed that far exceeds the muzzle velocity or the normal weapon. “Again and again, they stop the enemy bullets they were designed to stop,” Cole said.

Phillips and Cole said hundreds of stories exist of service members surviving point-blank enemy fire with only bruises.

-ends-

buglerbilly

23-08-11, 02:45 AM

Via Soldier Systems blog............

Shellback Tactical – Banshee Rifle Plate Carrier

August 23rd, 2011

Shellback Tactical shared this video review with us of their Banshee Rifle Plate Carrier. It’s a great wrap up of the design. It features ample PALS real estate on the front and back as well as a removable cummerbund with interior and exterior PALS for side plates as well as a drag handle.

Uploaded by ssdsurf on Aug 16, 2011
This is an in depth review of the Shellback Tactical - Banshee Rifle Plate Carrier. It is a high quality 10x12 armor plate carrier for a very low price.
Available in Black, Coyote Tan, Ranger Green, A-TACS and MultiCam at a great price from shellbacktactical.com.

http://shellbacktactical.com/bansheerifleplatecarrier.aspx

buglerbilly

23-08-11, 11:33 PM

'Bulletproof' skin: researcher creates silk that helps stop bullets

August 22, 2011 .

A .22 calibre bullet hitting but not breaking the "bulletproof" skin created by Dutch artist Jalila Essaidi with the help of Utah researcher Randy Lewis. Photo: AP/Jalila Essaida

A bio-art project to create bulletproof skin has given a US researcher even more hope his genetically engineered spider silk can be used to help surgeons heal large wounds and create artificial tendons and ligaments.

Researcher Randy Lewis of Utah and his collaborators gained worldwide attention recently when they found a commercially viable way to manufacture silk fibres using goats and silkworms that had spider genes inserted into their make-up.

Spider silk is one of the strongest fibres known and five times stronger than steel. Lewis's fibres are not that strong but much stronger than silk spun by ordinary worms.

Jalila Essaidi pointing a gun at a target at an undisclosed location. Photo: AP/Jalila Essaida

The gun is an FNH P-90 of course, not exactly your normal .22 but rather a high velocity 5.7 x 28mm Military round albeit a shortie for PDW use................

With Lewis's help, Dutch artist Jalila Essaidi conducted an experiment weaving a lattice of human skin cells and silk that was capable of stopping bullets fired at reduced speeds.

"Randy and I were moved by the same drive I think, curiosity about the outcome of the project," Essaidi said in an email interview. "Both the artist and scientist are inherently curious beings."

Lewis thought the project was a bit off the wall at first, Essaidi acknowledged.

"But in the end, what curious person can say no to a project like this?" she said.

Essaidi, who used a European genetics-in-art grant to fund her project at the Designers & Artists 4 Genomics Awards, initially wanted to use Lewis's spider silk from goats to capitalise on the "grotesque factor" of the mammal-spider combination.

But Lewis didn't yet have enough of the spider goat silk to send hundreds of yards to Essaidi. So he sent her spools of silk from silkworms he had genetically engineered in a fashion similar to the goats.

Essaidi initially intended to fire .22 calibre bullets at the "skin" stretched in a frame. But she decided to place the "skin" on a special gelatin block used at the Netherlands Forensic Institute.

Using a high-speed camera, she showed a bullet fired at a reduced speed piercing the skin woven with an ordinary worm's silk. But when tested with Lewis's genetically engineered worm's silk grafted between the epidermis and dermis, the skin did not break. Neither was able to repel a bullet fired at normal speed from a .22 calibre rifle.

"We were more than a little surprised that the final skin kept the bullet from going in there," Lewis said of the tests at reduced speed. "It still ended up two inches [5.08 centimetres] into the torso, so it would not have saved your life. But without a doubt the most exciting part for us is the fact that they were able to recreate the skin on top of our fibres. It's something we haven't done. Nobody has worked in that area."

Essaidi was intrigued by the concept of spider silk as armour, and wanted to show that safety in its broadest sense is a relative concept, hence bulletproof.

"If human skin would be able to produce this thread, would we be protected from bullets?" she wondered on her blog. "I want to explore the social, political, ethical and cultural issues surrounding safety in a world with access to new biotechnologies."

She said it was legend that Achilles was invulnerable in all of his body except for his heel.

"Will we in the near future due to biotechnology no longer need to descend from a godly bloodline in order to have traits like invulnerability?" she asked.

Lewis downplayed the potential bulletproof applications of his research.

"I certainly would not discount that, but I don't see that as a tremendous application at the moment," he said.

He said bulletproof vests already existed. But being able to grow cells and use the material to replace large amounts of human skin could be significant for surgeons trying to cover large wounds, or to treat people with severe burns.

He said the material's strength and elasticity would enable doctors to cover large areas without worrying about it ripping out - a big advantage over small skin grafts.

Lewis couldn't give a time frame for such a use because it would require FDA approval. But he hoped to do some animal testing within two years, and noted spider silk already had proven very compatible with the human body.

The next step is to generate more material to test what cells will grow on it - made easier with the "transgenic" silk worms and milk from goat spiders.

The real stuff is still the holy grail for fibres and textiles but not the easiest to come by as evidenced by an 3.4- by 1.2-metre tapestry unveiled two years ago at the New York Museum of Natural History that took millions of spiders to complete.

"We know some skin cells will grow [on our fibres], but can we get cells that make ligaments and tendons grow," Lewis said.

He said it might be easier to use the genetically engineered silk to make materials better than actual ligaments or tendons.

Essaidi, meanwhile, said she had plenty of wild ideas but wanted to transplant the bulletproof skin.

She said Geert Verbeke, director of Verbeke Foundation in Belgium, the biggest Eco/BioArt museum, wanted to wear the skin "as an ode to BioArt".

Back at Utah State's biomanufacturing facility in Logan, Utah, Lewis just started breeding for the next round of milking in January.

He has about three dozen of the genetically engineered goats. He extracts proteins from the special milk then spins them in a way that replicates a spider's method, resulting in a strong, light-weight fibre.

"Nothing is as strong as the natural fibre, yet," Lewis said of spider silk. "But we are working on solving that problem."

AP

Read more: http://www.smh.com.au/technology/sci-tech/bulletproof-skin-researcher-creates-silk-that-helps-stop-bullets-20110822-1j5ur.html#ixzz1VtD4WgNn

buglerbilly

29-08-11, 01:27 PM

New Defence armour protects family jewels

Updated August 28, 2011 08:21:44

This is the same or very close to the same, system as the Brits have just intro'd c/w silk undershorts and pelvic armour, etc...........

A new set of lightweight armour is the latest issue for Australian soldiers in Afghanistan after feedback gathered from returned servicemen.

The uniform upgrade has been developed by soldiers and engineers who have served in Afghanistan as part of a program called Diggerworks.

Defence Material Minister Jason Clare says the program is about learning lessons from the unique combat conditions in Afghanistan.

He says the new armour includes pelvic protection that will improve mobility and comfort.

"We are providing the soldiers in Afghanistan with a sort of bike shorts that prevent fine dirt particles from penetrating the skin when there's an explosion in an area where our soldiers are," he said.

"The second part of that is soft body armour that'll protect the groin area when larger shrapnel hit them."

Mr Clare says improvised explosive devices (IEDs) have caused many of the deaths and injuries in the war.

"[We are] upgrading our bushmaster vehicles to protect soldiers when a bomb goes off underneath the truck. We've also put on a mine roller, which is a device on the front of the bushmaster so that if the bushmaster is about to roll over, an IED it blows up the mine roller in front of the truck," he said.

buglerbilly

31-08-11, 03:03 AM

New Tactical Tailor Battle Belt

by The Mad Duo on August 30, 2011

Tactical Tailor has a new ‘Battle Belt’ due out in September (it’s in production now). We got a look at the prototype back in mid-July when it was still new enough there were lines notations all over it, and really liked what we saw. (That was actually in Virginia Beach; a large fellow who’ll remain nameless actually wore it and little else to sing karaoke at Luna Sea, and during the subsequent foot pursuit into Pirate’s Paradise.) They gave us a first look.

The TacTailor Battle Belt is an over-belt, part of their Fight Light line. It’s designed to wear over a duty or rigger’s belt. It will initially come in 2 sizes, medium and large, offered in coyote, multi-cam and A-TACS. It’ll have an optional 4-point low profile suspension system if desired, something you can wear under a plate carrier, IOTV, etc. It’s lined with air mesh for comfort.

“Some operators wear soft armor vests with hard armor over the top, and sometimes drop their external…they wanted a battle belt to keep more first line gear on them and comfortable,” GW Ayers of Tactical Tailor told us. “So we reviewed the different likes and dislikes from guys in the field about all different styles of belts and harnesses…we got a lot of help from some of the guys at Joint Base Lewis-McChord.”

There will be MOLLE/PALS points on the exterior for mag/spent-mag pouches, handcuff pouches, belt holsters and similar items. However, drop-leg holsters and sub-loads can be slid up through access points to hook onto the interior belt itself so it won’t fold or drag the outer belt down.

Though for the initial run you’ll have to choose a standard duty belt or rigger’s belt to run inside it, Tactical Tailor will soon be offering a new belt style as a third option. It will be designed to wear on its own or as part of the Battle Belt. “We’re developing a hybrid belt, due to demand from operator’s in the field,” GW explained, “A bastard child of duty belt and rigger’s, something with the stiffness of a duty belt and the safety ring of rigger’s belt, Personal lanyard retention point on the rigger’s belt seems to be the main desire. That’ll work inside the Battle Belt like a champ.”

The hybrid belt is still in development and will be out in a couple months. Hopefully someone out there will make some in our size, though it’ll probably take a while before they do.

Tactical Tailor doesn’t take pre-orders, but it should be up on the website on or about September 16th. The system looks to be less than a hundred bucks; the battle belt itself will run around $70.00 retail, battle belt harness $32.00.

“Keep in mind that this is a base model,” said Ayers (who loves karaoke) told us. “There may be an ‘A1’ model in a few months after we get more input from the field.”

Read more: http://kitup.military.com/2011/08/new-tactical-tailor-battle-belt.html#ixzz1WZ0Rksz5
Kit Up!

buglerbilly

01-09-11, 03:10 PM

Official Outlines Special Operations Needs

(Source: U.S Department of Defence; issued August 31, 2011)

BLOOMINGTON, Ind. --- Special operations staff members are working to ensure the organization retains its technological edge on the battlefield, a Joint Special Operations Command staff officer said.

Army Maj. Brian Weyenberg, science and technology lead for JSOC’s force structure, resources and assessment directorate, yesterday described current and near-term capability gaps in special operations for an audience attending the National Defense Industrial Association’s Joint Missions Conference here.

A sub-command of U.S. Special Operations Command, which is based at MacDill Air Force Base, Fla., the Fort Bragg, N.C.-based JSOC is a joint headquarters designed to study special operations requirements and techniques, ensure interoperability and equipment standardization, plan and conduct joint special operations exercises and training, and develop joint special operations tactics.

Perhaps the most pressing concern for that headquarters -- what he termed as “the 800-pound gorilla” -- is the possibility of major funding cuts, Weyenberg said.

“While there is no indication yet that the budget deficit issues touching our nation will affect [special operations forces] or SOF resourcing … we must all be prepared for that,” he said.

One resourcing consideration for the special operations community is determining when “SOF-unique” equipment or systems can be replaced with service-common solutions, Weyenberg said.

Another area of possible savings is transferring “mature technology” -- proven systems and equipment -- from national to theater missions whenever possible to reduce costs, he added.

Weyenberg said a special operations imperative is developing new capabilities to support its core mission: to find, fix, exploit and analyze the enemy; in military parlance, F2EA. That requirement “mandates SOF to operate and collaborate as an interagency partner and pool resources to counter and exploit commercial technologies,” he said.

SOCOM’s spending to support F2EA capabilities has expanded and likely will keep growing, Weyenberg said, given increasing mission demand across the globe.

“Expanding our [science and technology] focus and capabilities also increases their endurance,” he said. “Innovation and speed-to-market are essential to staying abreast of the commercial marketplace’s capabilities and services … available and used by our tech-savvy adversaries.”

Science and technology development is inherently distant from the fight, he said, and focuses on deliverable products or capabilities.

“Within SOF’s doctrine of find, fix, exploit and analyze, [resources] will continue to be the engine of success,” he said. “The franchising of the violent extremist networks continues. Additionally, the Arab spring remains unpredictable and exploitable by groups that could use terrorism as a means to an end.”

Weyenberg said given these threats, geo-location and over-the-horizon surveillance are and will remain key “find and fix” capabilities, requiring integrated sensors and networks that can deliver both point and area surveillance, allow users to develop pattern-of-life data, and provide over-the-horizon cues for aerial assets.

“We have made great progress and must continue developing and building software-based survey and geo-location systems,” he said. “Additionally, we will need to continue to expand SOF … beyond-line-of-sight capabilities to gain greater range and freedom of access.”

Another critical need, he said, is to further develop command, control, communications, computers, and intelligence -- “C4I” -- systems that can link a globally dispersed force and allow access to partner organizations.

“Information sharing, and interoperability within the interagency environment, is a critical angle,” he said. “Such technologies, tools and architectures, which improve our ability to search, parse, analyze, destroy and distribute data, increasingly become … requirements for us.”

JSOC is working, in part through interagency and inter-service collaboration and its science and technology task force, to bridge the gap between mission requirements and new capabilities, Weyenberg said.

As operations in Iraq wind down and Afghan forces gradually assume security responsibility for their country, U.S. special operations troops “will continue to be the nation’s force of choice for difficult and politically sensitive missions,” he said.

-ends-

buglerbilly

01-09-11, 03:12 PM

DOD Groups Speed Equipment to Warfighters

(Source: U.S Department of Defence; issued August 31, 2011)

BLOOMINGTON, Ind. --- Two Defense Department groups are laboring to rush equipment and systems to overseas-deployed U.S. warfighters.

Thomas P. Dee, director of the Joint Rapid Acquisition Cell, and Douglas Cavileer, operations director for the Combating Terrorism Technical Support Office, described those efforts yesterday to hundreds of people attending the National Defense Industrial Association’s Joint Missions Conference here.

Dee, whose cell reports to the office of the undersecretary of defense for acquisition, technology and logistics, acknowledged the usual DOD process involved in major purchases isn’t always speedy.

The defense acquisition system “actually works okay if you’re trying to do big things,” he said. “We’ve got the best defense systems in the world, by far … but [that] comes at a cost in terms of deliberations and [the] time that it takes to get things done.”

In contrast, Dee said, the JRAC aims to field equipment for specific combat requirements that represent “valid, urgent needs” in current conflicts.

JRAC doesn’t handle major defense program or what Dee calls “big-A” acquisition.

“We don’t worry that much about the future of [JRAC-managed equipment],” he said. “These are expenses, not investments.”

The appropriate combatant commander -- for example, U.S. Central Command’s Marine Corps Gen. James N. Mattis for requests supporting Iraq or Afghanistan operations -- must validate requests to JRAC, Dee said.

“Our job is not to question his requirement, but to figure out how to get it for him,” Dee said.

“What do we need to do to get a good enough capability out there right now? That’s what our goal is,” he added.

Requestors have to specify what they are trying to field, how it will be used and who will use it, as well as whether it can be moved where it’s needed and if training and maintenance are in place to ensure the equipment can be used and is sustainable.

Depending on the equipment’s cost and whether the unit requesting it has funds available, Dee said, JRAC can request budget-reprogramming authority from Congress.

“In the last two years or so, for urgent needs, we’ve gone through about $5 billion like this,” he said. “But that adds time … if you have the money in the bank, you can spend it now. If you have to go to the Hill, it normally takes two or three months to get permission.”

Dee cautioned another holdup in urgently needed equipment delivery can occur in the contracting process. Warfighters and accountants don’t necessarily see things the same way, he said, so operators should take care to work through the JRAC process with their contracting officers.

While Dee said the JRAC process relies on “mature technology” that is essentially available now, Cavileer’s group aims to achieve “rapid prototyping and rapid transition” of equipment for specific counterterrorism objectives.

The Combating Terrorism Technical Support Office, or CTTSO, works as authorized by the assistant secretary of defense for special operations and low intensity conflict, Cavileer said.

“We have an interagency community mission for combating terrorism,” he said.

Working closely with more than 100 federal agencies, state and local governments, law enforcement organizations and national first responders as well as a number of international partners, CTTSO works to collect and combine participating members’ technical expertise, operational objectives and interagency funding, he said.
“We try to get the right mix at the table … sharing resources and trying to avoid duplication of effort,” he added.

Any member of the group, Cavileer said, can bring requirements forward. The group then votes on and prioritizes work to meet those needs.

The CTTSO publishes requirements in two Broad Agency Announcements per year and invites businesses of all sizes and types, educational institutions, government agencies and nontraditional submitters to review the BAA packages and propose solutions to the requirements, Cavileer said.

“Our goal is always to try to get things done in less than two years,” he said. “We’ve done projects as fast as nine months. The goal is to get a prototype out for combat evaluation … and then we commercialize.”

The group typically considers commercialization successful if first responders or military members adopt it, he said.

Cavileer said CTTSO-managed projects completed or near completion include software that models blast effects in urban areas, a force protection package for austere locations, technology to identify suicide bombers at range, an enhanced mortar targeting system, and automated foreign-language search and translation tools.

One solution the group found useful for coalition operations was already-existing police technology that allows different brands and models of radios to communicate, he noted.

“We need to come up with products we can use in a coalition environment, where we may have NATO allies, U.S. military and police organizations,” Cavileer said. “It may not be the most effective tool in your arsenal, but one that you can share and use immediately.”

-ends-

buglerbilly

03-09-11, 09:33 PM

TBAS in action, and now Diggers get silk underwear

by The Mad Duo on September 2, 2011

Diggers on the range in Townsville prior to deploying for Mentoring Task Force 3 (MTF-3)., back when TBAS was first being issued. Australia's Chief of Army, Lieutenant General Ken Gillespie, was observing troops bound for Afghanistan, watching the fire and maneuver with weapons while wearing the new armor.

Aussies preparing to deploy to Afghanistan are now being issued a pelvic protection system (read, bomb-resistant skivvies). (Warning: if you read the comments under the original Australian article, you’ll find the Aussies commenting there run the same strange gamut of fiercely patriotic to pro-troop-but-anti-war to just plain monumentally stupid you find in US citizenry.)

Based on the ballistic protective underwear currently worn by Brit soldiers, it is part of the package developed by Australia’s Diggerworks and is expected to be issued by early- to mid-October and should worn by Australian troops by November. They are also currently working on a soft armor ballistic groin piece to be worn over the Diggers’ combat uniforms (who as Kit Up! has reported are now wearing multicam) for increased protection against larger pieces of shrapnel. The new ballistic silk undies cost $55 each and are part of a $5 million dollar overhaul for deploying Aussie troops.

Diggerworks is also the organization responsible for the Tiered Body Armor System, which came out back in January of this year and is now by Aussies working outside the wire in Afghanistan (such as those deployed as Mentoring Task Force Three). Think along the lines of Gruntworks; it’s a “specialist team” of combat soldiers, scientists and engineers tasked with developing and delivering new equipment to Diggers in Afghanistan. This is a Good Thing, as we have a great liking for Aussies (except for the ones we made the mistake of drinking with when we were down there).

TBAS is said to be lighter, more comfortable and better designed for soldiers to move into shooting positions than the “Modular Combat Body Armor System” that preceded it. The unit we trained with down under had not yet received their TBAS when we were there, but e-mail conversations since seem to indicate they like it. We’ll soon see how they enjoy their new underwear (that does not mean we’re asking for pictures, fellas).

Oh, and if you’re interested, watch A Careful War. It’s about Diggers in Afghanistan last year. Sometimes folks need reminded we’re getting real fighting help from parts of the Coalition, from guys who pay for it the same way our personnel do, and from that perspective we encourage you to pass it on (especially to those folks who remain at the mall, while the rest of us are at war).

Read more: http://kitup.military.com/#ixzz1Wv4Kbb4M
Kit Up!

buglerbilly

07-09-11, 02:32 AM

Via Soldier Systems blog............

US PALM Desert Tracker Plate Carrier

September 6th, 2011

Recently, we told you that US PALM would be offering their Desert Tracker Plate Carrier in the Italian CB62 camo pattern. But, what we didn’t do is tell you about the Desert Tracker Plate Carrier.

It’s a very interesting concept that was driven 100% by BP Agent Terry’s incident last December in Arizona. The problem is that many federal agents haven’t been wearing enhanced armor due to weight and heat issues. US PALM interviewed a couple of dozen different sworn officers to get their ideas on the subject. Then, they created a poll that their sales guys ran past LE customers.

Based on the information they gathered, US PALM came up with a three component solution. The DT P/C is just one of these components. As you can see from the unique design it offers front and side ballistic coverage as well as ample space for pouches. Not saying that this hasn’t been done before, it’s just that no one else has developed the complimentary pieces to offer full coverage. When coupled with a ballistic blast belt, and a hardened backpack, the agents and officers have, what US PALM refers to as a “highly configurable, on-the-fly mission adaptable, weather neutral solution that actually allows them to perform the multitude of tasks they encounter during even the most rudimentary call outs.” It has been adopted by one Arizona Sheriff’s Office with other agencies evaluating the system this fall.

www.USPALM.com

buglerbilly

09-09-11, 02:48 AM

More for the LE market? Via Soldier Systems blog..........

NBOW Range Day – PPE

September 8th, 2011

PPE demonstrated their DX3A package. It more than held up to the task it was designed for stopping 9mm, .40, .45 as well as 12 ga shot and slug. It was refreshing to see them chrono the ammo and weapon combo before each set of shots.

After the initial volley, Mike Runella added their Speed Plate to the vest. It is a lightweight PE based plate designed specifically for special threats like 5.7mm.

In a veritable torture test, several attendees were asked to unload a magazine into the vest one after another. Even after all of this, no penetrations.

www.body-armor.com

buglerbilly

09-09-11, 02:11 PM

The Post-911 Soldier

by Christian on September 9, 2011

Given that Sunday is the 10th anniversary of 9-11, I thought it would be cool for Kit Up! to examine what the ensuing conflict since the attacks has meant for the development of gear that a Soldier carries. Much of what we look at here can be translated to the Marine Corps and Air Force (at least the ground side) as well — and that’s not to mention the special operating forces. Think of how much their gear has changed over the last decade.

First we have the Soldier of September 10, 2001. He’s wearing a heavy as hell Kevlar helmet, he just got the Interceptor body armor vest (maybe) but he probably doesn’t have SAPI plates — and if he does, he’s got one for the front. He’s draping Vietnam-era web gear over the vest and he just got an M4 — if he’s lucky. When he’s shooting, he’s looking through iron sights and Picatinny rail systems with grips, lasers and lights were well out of reach.

Fast forward 10 years and here’s what Joe looks like today…

He’s sporting a lightweight helmet with a low profile cut; he’s got a streamlined plate carrier or he’s wearing body armor that can be configured for the mission. All his web gear is gone and in its place is a wide assortment of pouches and pockets to fit any manner of ammo and gear attached directly to his armor. He’s wearing a “combat shirt” that’s fire resistant, instead of a ripstop jacket and he’s ditched the woodland camo in favor of a pattern that was previously only available to special ops troops. His rifle has a laser, an IR beam and a white light attached to it and he’s aiming through an optic that helps him hit his target with both eyes open. He’s even wearing boots that used to be the the kind of kit used for high-end mountaineering rather than soldiering.

In short, while 9-11 was horrific and the conflicts that came after were costly, the rapid evolution of snuffy has been incredible. What once looked more like a Vietnam castoff has transformed into a Starship Troopers warrior from the future — and that’s just for regular infantrymen, not the Tier guys.

Sure the DoD could do better. Sure there’s waste and abuse. But I’d much rather go to war with the Soldier’s kit of today than that of a decade ago.

Read more: http://kitup.military.com/#ixzz1XSMnSrc8
Kit Up!

buglerbilly

14-09-11, 03:11 PM

BAE Systems unveils Advanced Technology Innovations for the soldier

(Image: BAE Systems)

15:02 GMT, September 13, 2011 LONDON, United Kingdom | BAE Systems is showcasing several new technologies engineered to give soldiers a decisive advantage in detecting, observing, and engaging the enemy - day or night - at the Defense and Security Equipment International trade show from 13 -16 September.

BAE Systems is a leading innovator and integrator of advanced night-vision sensors and electro-optical systems. Among those products on display for the first time at any exhibition is the 17-Micron Light Weapon Thermal Sight Clip-on. This clip-on thermal weapon sight features 17-micron focal plane arrays, which require significantly less power and reduce weight. Achieving performance comparable to the larger systems is a significant technical breakthrough that promises major advances in thermal weapon sight technology. The sights are smaller, lighter, and less expensive than first-generation sights.

“Viewing the dismounted soldier as a system changes the paradigm,” said Mike Lewis, vice president/general manager of the BAE Systems’ Soldier & Vehicle Solutions business. “By treating the soldier as a system, we are decreasing their loads, increasing their effectiveness, and significantly improving their awareness.”

Other thermal imaging products on display during the show, include the SkeetIR, StalkIR, and Universal Thermal Binocular (UTB).

The size of a credit card, SkeetIR is one of the most versatile thermal imagers available. It can be used in clip-on, hand-held, and helmet mount modes as well as clip-on thermal imager mode.

The UTB is one of the highest performance and smallest thermal binoculars available with a 640x480 resolution. It contains two lasers and an integrated digital magnetic compass. The UTB has the look and feel of standard binoculars, and is small enough to fit into a battle dress uniform pocket.

StalkIR is one of the highest performance thermal monoculars available to ground warriors today. It has all the features of the UTB, and can also be weapon-mounted as a clip-on device. It provides soldiers with an effective multi-purpose capability for surveillance and fire control to detect threats on the battlefield.

“Experiences on the battlefield in Afghanistan and Iraq helped us develop some of the most advanced equipment in the industry today,” Lewis said. “Our thermal imaging products can be used in any situation where the soldier needs to assess and engage threats.”

BAE Systems is a leader in rapidly developing advanced, technology-centered systems. The company will have these and other products on display in booth # S4-105.

buglerbilly

16-09-11, 02:13 AM

Review: TYR Tactical’s Brokos Belt

by Matthew Cox on September 15, 2011

I was a little skeptical whether I’d want to wear the TYR Tactical VTAC/Brokos Battle Belt for all three days of a Larry Vickers advanced tactical pistol course. Christian and I agreed to try out the Brokos belts on the course this past weekend at the US Training Center in Moyock (formerly Blackwater HQ).

I thought it might be overkill since this style of belt is made to stand up to the suck of combat conditions. But after I customized it with my holster and a few TYR pouches, I was sold on the concept.

The backpack-belt design distributes the weight evenly on your waste. It’s wide cut and internal padding make the Brokos belt a rock-solid platform for your kit.

The VTAC/Brokos belt allows you to weave a gun belt over top of any of the sections of PALs webbing for mounting belt holsters or other kit more securely.

I found it convenient on the Vickers course because I couldn’t walk to my truck whenever I wanted ammo or water. I could carry everything I needed on my belt. In addition to my three extra pistol mags, I found myself shoving handfuls of extra 9mm ammo into my dump pouch so I could reload on the firing line.

And while I still think the concept is a bit overbuilt, it was very comfortable to wear for hours at a time. It’s also nice to be able to take off all of your kit and put it on very quickly.

Here’s a video Christian put together showing the highlights of the VTAC/Brokos belt.

(See Link..............)

Read more: http://kitup.military.com/2011/09/review-tyr-tacticals-brokos-belt.html#ixzz1Y4NWokhL
Kit Up!

buglerbilly

20-09-11, 08:23 AM

Via Soldier Systems blog............

TAG Introduces Chest Rig Bib System

September 20th, 2011

Designed to complement the Vendetta, Intrepid, and all of the Phalanx family chest rigs, the Bib is made with a thin foam for padding and straps to the chest rig in four places. It offers 4 bars tall x 4 bars wide of PALS real estate.

www.tacticalassaultgearstore.com

buglerbilly

22-09-11, 04:26 AM

Via Soldier Systems blog................

New Armor Carrier from Drop Zone Tactical

September 21st, 2011

From the great white north comes a new armor carrier. Canadian firm Drop Zone Tactical Ltd has introduced a line of products called the Integrated Combat System. The first product from this line is the Warrior Wrap, a cummerbund style plate carrier that accommodates BALCS or Line of Fire cut soft armor.

Drop Zone put a lot into the development of this product and have related to me that they feel the shoulders are its best feature. In testing, subjects related that shoulder fatigue from the weight of ballistic plates, ammo and water were reduced. Their approach? Simple. Broad, load distributing shoulders with generous spacing for the neck.

Built right into the collar is a D-ring designed specifically for the DropZone Single Point Sling Kit but it will fit others as well.

The drag handle is rated to 600lbs and is crafted from a large loop designed to be gripped by gloved hands. However, the center of the handle is tacked with Velcro to keep it close to the vest when not in use.

Be sure to ask about a discount for military personnel.

www.dropzonetactical.com

buglerbilly

22-09-11, 04:28 AM

Via Soldier Systems blog...............

Misty Mountain Cadillac Tactical Climbing Harness

September 21st, 2011

At Outdoor Retailer, Misty Mountain showed me their new Cadillac Tactical Climbing Harness but it was still a few weeks from release. But now, it’s fully available.

Misty Mountain is well known within the relatively small cadre of military mountaineers. They reached out to these customers before beginning work on the Cadillac and asked what these professionals were looking for. According to Misty Mountain, they were repeatedly told, “strength, durability, comfort, and abrasion resistance, plus ease of use while wearing gloves, and strong connection points for easier, safer transitions. Make it easy to adjust, lightweight, and super burly so it can stand up to the nastiest environments.” Taking this guidance they set out to create the Cadillac Tactical sit harness.

They’ve used the latest materials to create this harness. Misty Mountain’s description is more than adequate:

The new Cadillac Tactical features a monochromatic color scheme, four quick adjust buckles for ease of fit, four strong, integrated nylon gear loops with TRELLEBORG high abrasion reinforced Kevlar fabric. TWEAVE DURASTRETCH High Tenacity Nylon inner layer is durable and abrasion resistant. Removeable leg loops feature auto-block loops for easy rappel back-up, adjust for dorsal rise and offer quick release option. Wide, layered comfort comes from tough 1000 Denier CORDURA nylon laminate sublayer to spread forces over a wider surface area of closed cell, cross-linked .25″ EVAZOTE foam padding. Soft foam edges roll for comfort, and black anodized 6061 T-6 Aluminum 2 piece quick adjust buckles work smoothly but lock as needed with 1″ tubular Climbspec nylon webbing.

Cadillac Tactical harness strength rated to 16 kN (3,600 lbs), gear loops and rear haul loop rated to 10 kN (2,250 lbs).

The Cadillac is a sized harness offered in XSmall – XXXLarge. Berry compliant and available in Coyote or Black, if you’re at Modern Day Marine next week, stop by the Extreme Outfitters booth and check out Misty Mountain.

http://www.extremeoutfitters.us/

http://mistymountain.com/

buglerbilly

24-09-11, 06:34 AM

Give your shoulders a break with Mystery Ranch’s new BASE

September 23rd, 2011 | Product Announcement | Posted by Rob Curtis

It really started with Archangel a few years back, but the push for a better first line load bearing system has been gaining steam. Mystery Ranch jumps into the fray with their BASE system. The Body Armor Support Equipment is two components. The belt has a rear-mounted vertical strut that that slides up into the a sleeve that is attached to the PALS webbing on your body armor. It’s a simple system that transfers the weight of your armor to your hips.

But without a set up struts in the front, I wonder if the rig ends up only suspending half of your armor. The more I think about it, though, I think that shifting just half of the weight of your armor and chest rig will make a significant improvement in load bearing comfort. Look for more on the BASE from us next week when we see it in person at Modern Day Marine Expo 2011.

buglerbilly

28-09-11, 05:19 PM

Mystery Ranch BASE takes the weight off

September 27th, 2011 | video | Posted by Rob Curtis

http://bcove.me/irfulubf

Here’s Kent from Mystery Ranch demoing their new, dead-simple and relatively inexpensive armor support system called “BASE” (Body Armor Support Equipment) at Modern Day Marine Expo, 2011. The system– belt, strut and PALS adapter will run you about $150 and should be out inside a couple of months.

buglerbilly

05-10-11, 01:16 AM

Norwegian MoD chooses Thales for NORMANS

October 04, 2011

The Norwegian Defence has decided to purchase NORMANS digitised soldier system based on the concept that has been designed and tested at the Norwegian Defence Research Establishment (FFI). The MoD has asked the Norwegian Defence Logistics Organisation to contract Thales Norway, with Teleplan Globe as partner, for delivering NORMANS.

"NORMANS digitised soldier system will provide Norwegian soldiers with improved situational awareness, improved ability to navigate and will provide effective mission planning. As a result of this soldiers will have increased effectiveness and safety in operations", says Secretary of State in the MoD, Roger Ingebrigtsen.

As the Prime contractor Thales Norway will be responsible for delivering information systems to Norwegian soldiers over a 5 year period.

"Soldier modernisation has been a focus area for Thales over the past 10 years. We have had strong collaboration with The Norwegian Defence, the Norwegian Defence Research Establishment and a number of Norwegian industrial players in the process of industrialising the future Norwegian soldier solution. We are proud to be chosen to deliver the NORMANS system, and we are looking forward to continuing the close collaboration with Teleplan Globe and other Norwegian industrial players in order to provide Norwegian soldiers with improved operational effectiveness and safety. NORMANS has already gotten attention internationally and we are also looking forward to offering the system outside of Norway", says CEO of Thales Norway, Glenn Pedersen

The Norwegian Defence Research Establishment (FFI) has led a comprehensive program on forming the future Norwegian soldier solution in close collaboration with operational forces and Norwegian defence industry. The concept named Norwegian Modular Arctic Network Soldier (NORMANS) has been through a 10 year process of iterative development, where Thales Norway has led the industrialisation of NORMANS digitised soldier system with Teleplan Globe as partner. FFI has documented significant improvement in operational effectiveness and increased safety for the soldier with NORMANS compared to the current solution which is based on paper maps and hand held GPS.

Source: Thales

buglerbilly

05-10-11, 02:49 PM

Pretty pics related to NORMAN.................

Norwegian soldiers exhibiting NORMANS digitised soldier system at DSEi 2011

buglerbilly

06-10-11, 01:39 AM

NATO Nations Outfit Troops For Future Needs

Oct 5, 2011

By Paul McLeary, Christina Mackenzie, Nicholas Fiorenza
Washington, Paris, Brussels

After nine years of combat in Iraq and Afghanistan, why are our soldiers still involved in fair fights?” asked U.S. Army Maj. Gen. (ret.) Robert Scales recently.

By “fair fights” Scales means the close-quarters combat that dismounted infantry engage in throughout Afghanistan daily, trading fire with an enemy who can partially negate NATO’s technical advantage with small-unit combat from concealed positions.

In an effort to use communication and sensor technologies to make the fight as unfair as possible, NATO allies are undertaking soldier modernization efforts akin to the U.S. Nett Warrior—formerly Land Warrior—suite of wearable networked sensors and communication gear.

While Nett Warrior continues to experience growing pains, particularly with its bulk and 8-12-lb. load, the Army issued a solicitation in September for a “smartphone or smartphone-like device” that is capable of “commercial-based, integrated computer display and data-entry capability for dismounted use in either standalone or networked configuration.”

While the Army tries to figure out how it wants to deliver the dismounted and networked connectivity it desires, NATO allies are ready with their own soldier modernization programs.

By the end of the year, French soldiers of the 1st Infantry Regt. of Sarrebourg—deployed to the Surobi region of Afghanistan—will be issued the new Felin (Fantassin a Equipements et Liaisons Integres, or dismounted soldier with data-linked integrated equipment) kit. The deployment is the first for Felin, which comprises 150 components and is a milestone in modernizing the kit used by French ground forces.

The equipment will be introduced piecemeal to give soldiers time to adapt. “These soldiers are , they’re not training, so we can’t run the risk of outfitting them entirely with equipment they’re not completely at home with,” a senior officer tells DTI.

Felin’s baggy combat outfit is water repellent, fireproof, mosquito repellent and has a low infrared signature. The NBC (nuclear, biological, chemical) version has a ventilation system that pulses filtered air into the mask, enabling a soldier to remain operational for longer periods. One problem from an operational perspective is that the ventilation system is audible 50 meters (164 ft.) away.

The system includes 73 items of basic gear—a fully equipped soldier (with Nexter’s Famas assault rifle and one-day supply of food, water and ammunition) will carry 26 kg (57 lb.) in a grenadier configuration. Soldiers say the weight is not an issue because the Felin kit “is extremely well balanced” when assembled.

Ballistic protection is modular and can be tailored to different missions: e.g., high-intensity, NBC, law enforcement or crowd control. A soldier’s torso, neck, pelvis, knees, elbows and shoulders are protected. The vest supports 11 portable electronic components, such as a battery case, radio, man-machine interface, tactical information system and soldier information network. These fit into pouches, which a soldier places wherever he feels is most comfortable and to accommodate left- or right-handed dexterity. The jacket has space for eight batteries.

The headgear comprises an additional 13 pieces of kit, including helmet, antilaser goggles, antishrapnel visor and jaw pad, an eyepiece for around-the-corner sighting, night-vision gear and osteophone headband with microphone. (The osteophone lets a soldier hear orders through bone near the ear, leaving the ear free to pick up sounds around him.)

Sagem, prime contractor for Felin, received orders for the 22,588 systems planned and has delivered full kits for four regiments—almost 5,000 soldiers.

Spain is also working on a soldier modernization kit called ComFut (Combatiente del Futuro, or soldier of the future), which was completed by Cassidian in 2010. The company is developing the second generation, scheduled for completion by 2015, unless it is postponed by the severe budget cuts Spain is implementing. So far, 36 prototypes have been produced.

ComFut includes a modified Heckler & Koch G36E assault rifle, thermal camera and image intensifier, ballistic vest, new 1.5-kg helmet, bad-weather clothing, eye protection, NBC equipment and battery power sources. There is also a C4I (command, control, communication, computers and intelligence) element, which includes a radio, GPS, osteophone and microphone, and mobile computer.

While some of the R&D has been abandoned, innovative ideas are in place. One is a boot-heel generator that produces electricity while the wearer walks. The Spanish government is reportedly looking into autonomous and renewable electricity solutions for some electronics, which might include a version of the boot-heel generator. The Spanish are expected to make heavy use of commercial off-the-shelf electronics and open-source Internet technologies such as Linux/Java in future generations of the kit.

The full ComFut system will not be provided to every soldier in the field. Plans call for full kits to be issued to platoon commanders and seconds-in-command. There is also doubt as to whether each soldier needs a complete voice and data link.

Germany has deployed its future infantry system (IdZ, or Infanterist der Zukunft) to Afghanistan. IdZ has been in use since 2004. In March, the federal office of defense technology and procurement ordered 400 more units from manufacturer Cassidian under an urgent operational requirement for the German contingent of NATO’s International Security Assistance Force, bringing the total number of equipment sets to 2,900.

An IdZ basic system (BS) consists of sets for the 10 soldiers in an infantry squad and includes a modular bullet-resistant vest with Class I-IV protection; C4I equipment including a NaviPad for situational awareness and transmission of messages, target data and images; night-vision device; radio; laser rangefinder; camera; and thermal sight.

Based on operational experience in Afghanistan and the Balkans, improvements in protection and ergonomics have been made to the IdZ voice and data exchange between infantry systems and vehicle-integrated C4I systems, and in the use of optronic equipment for day/night vision.

Integration into infantry combat vehicles such as Boxer and Puma comes by connecting to FuInfoSysH (Fuhrungsund Informationssystem Heer), the German army’s command, control and information system, used in Afghanistan. For dismounted use, vehicles are integrated into IdZ’s communication network for the exchange of voice and data. During mounted use, soldiers use a plug to connect to the digital vehicle intercom and exchange data with higher command. To avoid electromagnetic emissions inside the vehicle, IdZ-BS uses the vehicle-integrated radio for outside communication. The position of an IdZ-BS system is updated based on vehicle position to provide location when switching from mounted to dismounted operations.
Rheinmetall is developing the second-generation IdZ-ES (expanded system). The pre-series demonstrator underwent operational trials in August and September, including two weeks under hot and dry conditions in Spain, to ensure it is ready for production. Before the latest budget cuts, the Bundeswehr planned to procure 1,000 IdZ-ES versions.

IdZ-ES is actually a new system based on the lessons learned from operating the original in Afghanistan. Whereas IdZ-BS is based on commercial off-the-shelf components, IdZ-ES is based on a development program focusing on technical and ergonomic components and volume and weight reduction. Delivery of IdZ-ES versions is to begin in 2012, meaning it will overlap the service life of the original. Both versions are interoperable, however, and can be connected to FuInfoSysH.

The computer unit which is at the core of IdZ-ES, as well as the squad leader’s portable command computer, weighs less than the IdZ-BS, is more capable and requires substantially less power to operate. Cassidian and Rheinmetall have considered the use of fuel cells for power, but a Cassidian study deemed it economically unfeasible.

To improve ergonomics and effectiveness, the kit’s G36 assault rifle has an adjustable, foldable shoulder stock, both sides of the handguard have a push-to-talk button that activates the squad radio, and a laser rangefinder is activated by pushing a button next to the trigger guard. The IdZ-ES version uses modular day/night optronic aiming systems and a fire-control aiming unit for the AG36 single-shot, 40-mm grenade launcher.

A new carrying system lets soldiers haul a full complement of basic and mission-specific equipment. Troops that operate in vehicles will be equipped with harnesses where the volume and thickness of components worn on the back are kept to a minimum, enabling them to rapidly switch combat modes. For light infantry, a modular harness has been designed so soldiers can carry a full combat load and electronic devices for command and control.

IdZ-ES has room for growth—communication equipment and the computer decouple for replacement with more modern systems, and the armor plate is removable for upgrades.

Italy’s Soldato Futuro modernization program is based on two concepts that differ from Felin and ComFut: “evolution through production” and “transformation while operating.” This means the system is designed with a high degree of modularity—every element can be reconfigured or reengineered to meet evolving performance requirements. The process includes a continuous cycle of operational testing, design modification, technical and operational validation, design review and new implementations. One example of this is the NC4-09 ballistic vest. Developed to meet the ballistic requirements of soldiers in Afghanistan, it has since been incorporated within the program.

An industry team led by Selex Communications is focusing on the man-machine interface, ergonomics and improving integration of the system with ground vehicles. Ninety-two prototypes were ordered in 2007, of which 30 have been delivered. The rest are due by year-end.

Britain’s long-running Future Integrated Soldier Technology (FIST) program has been dominated by the need to quickly provide sighting systems for soldiers in Afghanistan. Some optics gear has been sent, but other program aspects such as survivability and C4I will likely not be ready before 2020. FIST is on an incremental schedule, with components being added when developed rather than as a single, complete system.

Thales U.K. is the prime contractor for the delivery and in-service support of the surveillance and target acquisition system, having been awarded a £150 million ($236 million) contract in 2010, with full delivery planned for June 2014. A Thales representative tells DTI that the idea is to establish what the British soldier needs and then see if there is a mature technology or off-the-shelf equipment that meets the need as quickly as possible.

Norway is working on the Norwegian Modular Arctic Network Soldier system (Normans), which, as the name suggests, is for cold-weather operations. Normans comes in light and advanced versions, with the former providing the soldier with situational awareness, navigation, communication and target handoff capabilities in a single display, while the advanced version is for unit commanders, providing Blue Force tracking, navigation tools, terrain elevation, messaging, targeting and an interface to laser rangefinders and GPS.

Earlier this year, French Gen. Stephane Abrial, commander of NATO’s Allied Command Transformation, told DTI that he had set up a task force to explore where multinational cooperation could overcome budget cutbacks among alliance members and aid in technology development. He said this “budgetary winter” would force NATO to “redouble our efforts” and “see how we can be more effective and more efficient,” while avoiding “unnecessary and unwanted duplications” in equipment development.

Questions remain as to whether the governments—and militaries—of member nations will accept collaboration on technologies that, while expensive for one country to pursue, are also secret, often battlefield game-changers, and could be prone to compromise if multiple nations have access to them.

It’s an issue that may not be soon resolved, but which will probably receive serious study for as long as budget cutbacks play an outsized role in soldier modernization.

[I]Photo: Christina Mackenzie

buglerbilly

07-10-11, 03:22 AM

Via Soldier Systems blog...........

XPX Light Assault Vest

October 6th, 2011

Details to follow…

www.xpxarmor.com/xpx-armor-light-assault-vest

buglerbilly

07-10-11, 03:46 AM

Outfitting Soldiers head to toe

October 6, 2011

By Bob Reinert

NATICK, Mass, Oct. 6, 2011 -- Scientists, engineers, textile technologists, clothing designers, retired military equipment specialists and experts in other fields at Natick take Soldiers' apparel and equipment quite seriously. They work daily to improve their functionality, durability and comfort.

They assist in the design of helmets and body armor, boots and gloves, uniforms and flame-resistant materials. If you can imagine Soldiers wearing it, these professionals are probably trying to improve upon it.

"These are very passionate, dedicated and knowledgeable folks (who are) researching and developing items that our warfighters need to survive, but also will be comfortable wearing," said Jay Connors, division leader, Warrior Equipment and Systems Division at Natick Soldier
Research, Development and Engineering Center, or NSRDEC. "They're dedicated daily to doing that. It's ingrained in them.

"They are dedicated in this vein because they want to do the right thing by our Soldiers, Sailors, Airmen and Marines. They want our warfighters to have the best stuff."

Connors is quick to point out that the people at NSRDEC support Program Executive Office Soldier in this quest. "As the life cycle manager, the uniform, from boot to helmet, belongs to PEO Soldier," Connors said. "(These are) their items." What NSRDEC does is provide PEO Soldier with the engineers, clothing designers, textile technologists and chemists to support PEO Soldier's mission of fielding Soldier clothing as well as individual and personal-protective equipment."

Connors, a former Marine Reservist, has traveled to Afghanistan three times as an Army civilian and knows firsthand what Soldiers are using.

"I was issued quite a bit of gear, to include the (Improved Outer Tactical Vest) and an (Advanced Combat Helmet) for these trips," Connors said. "I wore the gear completely confident that it's the best stuff out there."

His NSRDEC colleagues, including Ben Cooper, share that confidence. Cooper spends a lot of time thinking about what's best for Soldiers' feet as the footwear project engineer in the Footwear Performance Laboratory. The biomechanical and physical analyses performed there have direct application into the development of footwear for Soldiers, special operators, Marines and Sailors.

The FPL literally puts footwear through its paces, testing stiffness, heat insulation, impact, pressure, flexibility and slip resistance. If the shoe fits, it's thanks to the crack FPL staff and a laboratory filled with testing equipment.

"From our perspective here in the lab, we kind of look at the Soldier as a high-performance athlete," said Cooper, himself a former college athlete. "We're keeping that in mind whenever we're working on things for them."

If there's a job that needs to be done by the Army, chances are the FPL has designed footwear to help Soldiers accomplish it. They've turned out waterproof boots, hot-weather boots, cold-weather boots, and blast-protective boots.

"I want the Soldiers to know that we're here working to improve their systems so that they can do their job the absolute best," Cooper said. "Everyone here is working extremely hard to make sure we can satisfy all their needs so that they (don't have to) concentrate on whether or not their equipment's going to fail, and they can concentrate on their mission.

"We get feedback all the time from various Soldiers in the field. Whether it be questions about what boots they can use, what boots should they use, what's available. We're always hearing from the field."

That feedback went directly into development of the Army Mountain Combat Boot with Afghanistan in mind.

"The terrain in certain parts of Afghanistan is pretty extreme and pretty rugged," Cooper said. "Especially in northern Afghanistan, (for) Soldiers traversing mountains and very, very rugged terrain, the Army Combat Boot was not filling all of their needs. It became very apparent that they needed something to fill the capability gap that existed."

The result was a more rigid boot with increased ankle stability. "I think that the Soldiers have been very, very happy with this boot, especially for those (who) are actually in that environment, operating in the mountainous terrain," Cooper said. "We have then continued to try to improve this item."

More recently, the mountain boot lacing system has been modified for enhanced performance. "(Soldiers) wanted something that would lock their laces," Cooper said. "So we added a lock lacing system by the comfort notch. This is actually specially designed so when you're lacing the boots, it really locks in there."

Cooper and the FPL won't stop with the mountain footwear. Next up is the Modular Boot System.

"One of the things that we were working to improve is trying to come up with a single system that might be able to fulfill capability gaps that may exist," Cooper said. "This is a three-component system. A Soldier would be issued all three components; two removable liners, an insulated gaiter, and base boot. The base boot would be a hot-weather (flame-resistant) boot."

The system would be capable of operating in dry and wet temperate environments and extreme hot and cold temperatures.

"Instead of carrying around a number of different boots, (Soldiers) could have a single system to fulfill their needs in multiple operating environments, and a wide temperature range (minus 65 to 110 degrees Fahrenheit)," said Cooper, adding that the goal is fielding by fiscal year 2013.

"I think that people are really chomping at the bit to get this, and we're working very hard to get the items in the system so that Soldiers can take advantage of it. We're putting a lot of effort into this program right now," he said.

All the recent footwear innovations have helped cut down on lower-leg injuries.

"Across the board, all lower-leg injuries, especially for basic trainees, have come down due to the technology incorporated in the boots," said Cooper, who noted between a 10-to-30 percent reduction in injuries.

Change is just as much a constant for Natick clothing designers as it is for Cooper in the footwear lab. And that change comes fast.

"With operations in Iraq and Afghanistan, getting the right equipment to our military men and women is absolutely critical," said Annette LaFleur, team leader for the Design, Pattern & Prototype Team. "The pace at which we design or improve an item and it gets to the field needs to be rapid."

LaFleur's team tailors its work to the operational area.

"The physical environment in Iraq and Afghanistan covers all extremes; extreme heat, cold, sand, wind and sun," LaFleur said. "Some operating environments are known for fine sand and/or rugged mountain terrain, so to design with the focus on durability and repair-ability is key."

According to LaFleur, what the Soldier wears or carries must work as a system.

"Therefore, integration is a critical part of the design process," she said. "The goal is to design clothing that enhances the user's ability to perform their mission, quality of life, and protection (and) survivability."

The place and mission, said LaFleur, make the clothes.

"There has been an increased focus on incorporating protective flame-resistant fabrics into clothing, consideration of venting or using breathable fabrics or design methods, ballistic and blast protection, and always thinking 'light' when designing or improving an item," LaFleur added.

Connors pointed out that LaFleur, Cooper and others at NSRDEC work together to turn out the best for Soldiers and Marines.

"This division is all about collaboration," said Connors, "and as a result, each of the services we support gains better knowledge, better data and the ability to make better decisions because of the synergy within the teams and the rest of the NSRDEC that we and the services have enabled here."

Ultimately, it comes down to getting the best products into the hands of the warfighter, a process in which Connors and his colleagues obviously take satisfaction.

"Seeing the uniforms and equipment being worn every day on the news and knowing that you're part of the Army team responsible for the development and fielding of those items," said Connors, "is pretty huge and personally rewarding."

With that in mind, the NSRDEC staff won't let up in its efforts. Connors wants Soldiers to know that.

"To the men and women in the field, you can believe there are people back here working to make sure you have the best stuff," said Connors, "the right stuff to meet your mission requirements."

buglerbilly

07-10-11, 04:03 PM

Ares

A Defense Technology Blog

NATO Nations Outfit Troops For Future Needs

Posted by Paul McLeary at 10/7/2011 6:43 AM CDT

In DTI’s October issue, Christina Mackenzie, Nicholas Fiorenza and I put together a look at the biggest soldier modernization programs being undertaken by our NATO allies, from the French Fantassin a Equipements et Liaisons Integres which is about to be deployed to Afghanistan; to the German Infanterist der Zukunft which has already been deployed; to the Spanish Combatiente del Futuro, which is currently being threatened by budget cuts.

One of the programs that didn’t make the piece was Canada’s Integrated Soldier Systems Project, which should see a Request for Proposals hit the streets some time this fall, according to Canadian officials. Following that, a contract award is anticipated in early 2013 and equipment deliveries are expected to begin in the summer of 2014.

Department of National Defence spokesperson Lindsay Hughes says that the Canadian military—much like its American cousin—has had about enough of developmental technologies, and “is focused on equipment and technologies that are currently available on the market, or are soon to be made available on the market.”

Also like its American and European counterparts, the Canadian system aims to provide the soldier with “an integrated suite of equipment that includes electronic devices, sensors, and individual equipment,” Hughes says, “including network enabled communications for voice and data; orientation and navigational aids for complex terrain; an integrated power and data infrastructure; interface to sensors such as laser range finders and thermal imagers; visual and auditory displays; and digital maps. ISSP will provide integration of communications, command and situational awareness across the soldier network.”

As for the constantly morphing U.S. modernization kit, yesterday PEO Soldier rolled out the latest version of its Nett Warrior wearable communication suite, which has ditched some of its bulky 20th century radios in favor of an Android-powered smart-phone type device -- though the Army steadfastly refuses to call it a phone. Then there’s the service’s Army Expeditionary Warrior Experiment happening right now down at Ft. Benning—which I’ll be brining you on the ground coverage of soon—which is also testing smart phones as is the Army’s Network Integration Experiment down at Ft. Bliss, which we’ll be brining you plenty of coverage of next week at the AUSA show here in D.C. Lots going on in this area, but for now, click on through (post #134 above) to see what our allies are up to.

buglerbilly

11-10-11, 03:23 AM

Via Soldier Systems blog............

ARES Armor Aspis Plate Carrier

October 10th, 2011

Instead of a complicated design with too many unnecessary bells and whistles, the ARES Armor Aspis Plate Carrier fuctions as a lightweight, low-profile armor carrier that also works well with PALS/MOLLE magazine pouches. The Aspis is constructed from durable 1000 D Cordura Nylon and features a drag handle, front and back loop Velcro, internal and external removable C-Buns, moisture wicking spacer mesh material, and fits plates sized small through large. It comes avaiable in any color you like, as long as the color you like is Black [or Coyote, MultiCam, A-TACS, and Olive Drab] and for an additional nominal fee you can have matching camouflage webbing to boot. Optional attachments include Shoulder Pads, Plate Carrier Silencers, and the ever popular Kangaroo Mag Pouch. If you’re salavating at the prospect of owning an Aspis, they’re currently avaiable for pre-order on Predator Armament, with an expected release date of October 24th.

ARES Armor http://www.aresarmor.com/
Predator Armament http://www.predatorarmament.com/

buglerbilly

12-10-11, 01:38 AM

PotW- Blue Force Gear puts the man in mannequin at AUSA

Blue Force Gear puts the man in mannequin.

The patch of the week was spotted on Blue Force Gear’s mannequin at AUSA. The “free” patch is a product of Danger Close Consulting. A few other nice touches that make this the most badass plastic man at the show include a Winkler tomahawk, quad-eye NVGs and a few other goodies you might spot.

Red side.

The location of the Winkler Tomahawk is interesting, you can see the handle to the right of the mannequin's groin, a real useful spot to be.......NOT! The first time you squat you'll crush your balls! Also Winkler's gear, whilst nice to look at, is also grossly expensive. IF you want a Tommie go to RMJ, that's where most Tactical ones are procured from..............

Blue side.

Quadeye!

buglerbilly

12-10-11, 03:33 PM

Maps, Apps and 7 Inches for Every Soldier: A Nett Gain?

16:48 GMT, October 11, 2011 For the uninitiated (or initiated and in need of a refresh) Nett Warrior is the 'modern twist' for Ground Soldier System, not - as one might imagine - due to the intense focus on connectivity, data sharing and enhanced capabilities from digitally networked soldiers. In fact, it was renamed On the Army’s 235th birthday June 14, 2010 in honour of COL Robert B. Nett.

This project is being designed to equip dismounted leaders with increased situational awareness, decreased reaction times, and a reduced risk of fratricide. Nett Warrior integrates mature commercial electronic technologies and government furnished equipment such as secure communications to provide improved situational awareness and network connectivity capabilities at various echelon levels within a brigade combat team while minimizing the size, weight and power impacts to the Soldier. The Soldiers using Nett Warrior will be predominately dismounted conducting combat operations. Nett Warrior modularity is required to permit tailoring for mission requirements and allow for varying combat load configurations.

In April 2011 in an interview with Wired magazine, the officer then overseeing Nett Warrior, Brig. Gen. Peter Fuller, explained why it is only now, in mid-2011 that this project has gathered such momentum. “Every kid’s going down to whatever local store they want, and they’re buying some smart device and saying, ‘Well, this is modern, and it lets me know where I am, where my friends are... it gives me all that capability, how come I can’t get that?’”

Of course, it’s not as simple as that: Civilian smartphones rely on billions of dollars’ worth of infrastructure to work, and they don’t have to be built to survive Afghanistan. But in what may become an increasing trend in army communications technology development globally, the 'hand' of Nett Warrior is being somewhat forced by the expectations of the very troops they are equipping. And it is this pressure that has stoked the fire of momentum of Nett Warrior, which is now taking the plunge and embracing the smartphones it once tried to avoid.

The troops want a combat smart phone, and they have been increasingly critical of army procurement officials. Not just snide remarks in unofficial military message boards (where posters are anonymous, but obviously in the army) but also in the official ones (where you are identified.) Combat veterans are saying that a combat smart phone is a matter of life or death, so the army has issued a request for combat smart phones. They don’t call them that, as it still not yet known if the final product will be a 'smartphone' in the accepted sense - they are looking at phones, tablets and hybrids. Therefore, the request is for a Nett Warrior End-User Device (NWEUD), a product title that could encompass any convolution of the aforementioned technologies, but there’s no mistaking it. The Army envisions a “smartphone or smartphone-like device (repackaged smartphone technology)” that can provide “commercial-based, integrated computer, display and data-entry capability for dismounted use in either standalone or networked configuration.”

A key component of this technology is undoubtedly the geospatial data and this introduction of powerful, portable consumer products into the military sphere is helping propel the National Geospatial-Intelligence Agency’s plans to get imagery into the hands of warfighters. Smart phones and tablets will be a key element of the transition, though there are several facets that must be determined before they’re widely deployed.

Geospatial imagery is inching closer to real-time distribution, which is often an important factor for warfighters in the field. Processing times and data transmission rates are both improving, still roughly in line with Moore's Law (effectively, processor/chip speeds double every 2 years). The result is smart phones and tablet computers are now capable of providing an easy and effective way for mobile warfighters to gain access to and manipulate this information. In 2010, the incoming NGA director outlined plans to make data more readily available in the field. “We’re entering a new phase for [geospatial intelligence] — it’s going to be exciting,” said Keith Barber, implementation lead for online on-demand services at NGA. The agency is racing to certify products and devise techniques that let warfighters use these portables without worrying about security.

“There’s tremendous potential with handheld devices, but we’ve got to work through the security issues and other aspects that ensure seamless integration,” Barber said. “We’re analyzing 5-inch and 7-inch displays, and all kinds of mobile devices.”

In late July, the Pentagon’s acquisitions overseers put Nett Warrior on ice while they reviewed whether there was yet enough evidence to suggest there would be significant disadvantages to equipping soldiers with a phone weighing a few ounces, plus a tactical, encrypted radio instead of having them wear eight pounds of gear with fewer technological capabilities. This is not as 'common sense' as it sounds, as considerations from ruggedness, to battery life and convenience of access and input need to be taken into account - not the mention the need for evidence-based decision making to always trump gut-feeling. Evidently, the answer was no. A new solicitation from Nett Warrior is basically preparing to go shopping for smartphones.

The Army is insisting that the phones be powered by Android. Little has been published at the time of writing confirming the reasoning behind the decision, however the current thinking requires a platform that can be highly customised to the needs of the soldier, according to Michael McCarthy, Director of Operations at Brigade Modernization Command’s (BMC's) Mission Command Complex, co-lead Col. Marisa Tanner, Chief of the Mission Command Capabilities Division at the BMC, for the Army's efforts to integrate smart phones and other mobile devices into the force.

"Rather than committing ourselves to one model of phone - because that phone will be obsolete in six months — we started asking soldiers what they wanted. One of the things that soldiers want in a phone is a numeric keypad, where they don’t have to hold down multiple keys to do numbers because a lot of their information is entered digitally. They want the soft keys, but they also want a keyboard that comes out with the numbers."

"The most important thing that we are looking for is the military utility. Just because they have the shiniest, brightest, fastest new thing out there doesn’t necessarily mean that it’s going to do anything for the soldier. We have got an iPhone that doesn’t have a keyboard, but soldiers like that because it’s the coolest thing out there. So that’s what led us to look for other solutions because not everybody wants to have this particular phone. (McCarthy held up a Dell Streak 5-inch mini tablet.) This is an Android phone, and it is a little bit larger for those of us who have 50-plus-year-old eyes. But more importantly, if you are a leader and have a requirement to brief people or show things, it’s much easier to use this in a group. I have also got a 7-inch one that’s not even on the market yet that the vendor has sent to us."

Clearly there is a strong emphasis on the search for an optimal screen size for viewing geospatial imagery, which may include radar and thermal data.

“I’m a big believer in field of view, which is something you lose when you view images on an iPhone or Blackberry,” said Jack Hild, vice president of U.S. defense strategy at DigitalGlobe. “An iPad or other tablet might ultimately be the compromise that works best.”

Whilst the devices themselves are the primary focus, knowledge of this advanced capability has meant that imagery providers are leveraging faster computers to perform image processing such as orthorectification, which corrects for the inherent distortion that occurs with long-distance satellite photography.

“We’re building processors and processes that do corrections almost instantly for every picture so users are looking at the best possible image,” Hild said. “We can now do image processing that used to take literally weeks in just a few seconds.”

When smart phones and tablets enter the discussion, application software follows in lockstep. NGA foresees quick development of apps that are designed for various groups. Sometimes, tech savvy individuals may even write their own programs.

“Warfighters, industry partners and more traditional app suppliers can create applications. Opening up our content services lets folks better understand what they get because they gathered the data themselves,” Barber said.

These apps will draw in data that meets the requirements of the moment. Users will be able to set the parameters for their image searches, which should dramatically improve the likelihood that the images they get are the ones they need.

“Users can decide whether time is the most critical aspect, whether resolution is the most critical, whatever they want,” said Gerald Kinn, senior member of ESRI’s Imagery Team.

Col. Tanner is seeing the requirement for refined data access in-field already;

"I will tell you that right now the collection of human terrain data is paying off big time. For decades, we have talked about every soldier as a sensor. Well, they are — they see things, they hear things, they are physically present when things occur. But traditionally, they have never had a way of doing anything with the information that they collected. Now he can take pictures and send them to somebody who can do something with it and text him back with the information."

Since time immemorial technological developments have been spurred on through conflict; everything from superglue to microwave ovens owe their existence to the military. It therefore goes to show what a unique period of history we live in where the tables have now turned, the military now turning to the consumer market to solve its tech-related challenges. However, this might just be short-lived. With the need for intensely improved signal reliability in remote areas, top-level wifi security and the everexpanding elephant in the platoon, battery life, could the military be about to return to its position as the key driver in technological advance?

Only time will tell, but what is sure, thanks to the troops on the ground, there is enough momentum to make it happen sooner than we ever thought before.

(Smartphones for the Dismounted Soldier, Maps to Apps, Lightening the Load and all the topics discussed in this article will be one of the key focuses at Soldier Technology US, The 5th Annual Soldier And Marine Modernization Conference, 23 - 26 January 2012, Arlington, VA. For more information visit www.soldiertechnology.com)

buglerbilly

13-10-11, 03:44 AM

Army Pushes New Training, Tech For Infantry Squads

By Sydney J. Freedberg Jr.

Published: October 12, 2011

Washington: The Army has launched a major effort to strengthen its 7,000 infantry squads -- the beginning of a major cultural and bureaucratic change in America's largest military service.

Light-infantry traditionalists will have to get over their longstanding suspicion of digital technology on the battlefield and in training, which will increasingly rely on simulations. Tech geeks will have to get past their reflex to throw a new gadget at every problem, because soldiers simply can't carry any more gear than they already do. And everyone will have to get used to the idea that their funding might be taken away and given to someone with a better idea, as programs as different as weapons development and training courses compete.

When then-Chief of Staff Gen. Martin Dempsey -- now Chairman of the Joint Chiefs -- launched the initiative six months ago, "a lot of folks came in thinking it would be a lot of items to give the squad," Maj. Gen. Robert Brown, commander of the Fort Benning Maneuver Center of Excellence, said during a panel at the annual Association of the US Army conference. "It's much more than that. It's the human dimension.... It's materiel, leader development, and training, all on an equal footing."

That approach includes the potential budgetary trade-offs across the three areas, Brown emphasized. To solve a tactical problem, the materiel development community might propose an upgrade to the M-4 carbine, but if adding more days of training or a new marksmanship simulator would solve the same problem more effectively -- or, especially in these increasingly cost-conscious days, more affordably -- the new approach would steer funding towards the training enhancements instead. Brown doesn't expect to see significant shifts in the budgets now being put together, since there are too many variables still being figured out, but he predicts an impact on the POM (Program Objectives Memorandum) for 2014-2018.

The job Brown holds is itself a sign of how the Army's changing: The "Maneuver Center of Excellence" he commands at Fort Benning is an amalgamation of the infantry "schoolhouse" that's been at Benning since 1918 and what was the separate Armor Center, which moved down from Fort Knox on the orders of the 2005 Base Realignment and Closure (BRAC) Commission. The merger took years and was finally completed this summer. Tankers have long been comfortable with simulators, using technologies originally developed to train fighter pilots, but simulators for infantry combat are a new development and, for many, an uncomfortable one.

"I don't think training has changed very much since I was an 11-Bravo [Army code for infantryman] in 1968," said James Blake, the Army's Program Executive Officer for Simulation, Training, and Instrumentation, who also spoke on the panel. But, he boasted, the Army has already fielded 839 "Engagement Skills Trainer" systems, a kind of virtual firing range where soldiers can train on various small arms both individually and in teams, including in counterinsurgency scenarios that test not only shooting accurately but knowing when not to shoot. Blake's outfit is now working on a "dismounted soldier training system" that would effectively put virtual reality goggles on all nine members of a squad and put them inside the same scenario, interacting with virtual enemies and each other, so they can train for situations that their base might not have the facilities or the funding to simulate in physical reality.

At another presentation before the AUSA conference that same day, Col. Robert White, deputy commander for training at the Army's Combined Arms Center, explained the new push for simulations in the cold light of the coming budget crunch. "We won't have the same allocations of ammunition coming out of these conflicts as we had 11 years ago," he said, offering just one example. A unit can no longer afford that one problem soldier who goes to the firing range and takes three days just to "zero" his M-4, White went on. Instead, that private will need to get it together on a virtual range beforehand, making mistakes without wasting ammo.

Not all the new training techniques are digital, however. Maj. Gen. Brown's command sergeant major, a Ranger with 11 combat deployments named James Hardy, waxed enthusiastic at the panel about new skills training that dramatically increased soldiers' performance on everything from the Army Physical Fitness Test to completing basic training to being able to tell when a foreign national is lying to them. In terms of manpower and equipment, "the squad has not changed that much over time – but what we expect the squad to do today has changed significantly," Hardy said. Especially for young squad leaders, he went on, "there's a lot of responsibility we heap upon their shoulders."

Though the emphasis was on the human side rather than materiel, the new approach is not only about substituting better training for new equipment. In particular, panel member Brig. Gen. Camille Nichols promised that troops on foot will finally have access to the same digital communications networks that soldiers in tanks and Humvees have used since 2003. As the Army's Program Executive Officer (PEO) Soldier, Nichols oversees the latest iteration of the decade-long Land Warrior program, now called Net Warrior. "We are in the throes of trying to get the production decision on that in the next 60 to 90 days," she said, adding she expected "that program to actually get into the field in the next 12 months."

New digital technologies are great, agreed CSM Hardy – as long as soldiers can still soldier on after they break down. "We want to ensure they're network-enabled," he said, "not network-dependent."

buglerbilly

20-10-11, 03:56 AM

Via Soldier Systems blog..........

Marine Corps Family of Packs Hip Belt

October 20th, 2011

The new Marine Corps Family of Packs features a molded hip belt which incorporates hardwear from National Molding. The 2” Techno Grab Tensionlock is combined with the Lock Monster Single bar Male and Female to create a simple, adjust hip belt.

As you can see, the belt is adjusted by pulling forward on the straps. You grab a side in each hand and pull forward with equal pressure.

www.NationalMolding.com

buglerbilly

20-10-11, 03:31 PM

Rapid Fire 2011-10-19: 2012 US Army Soldier Portfolio

Oct 19, 2011 08:30 EDT

The Army published a commercial-quality multimedia catalog of soldier gear, complete with individual program statuses. [PDF, Flash, Quicktime].

https://peosoldier.army.mil/portfolio/

buglerbilly

03-11-11, 07:21 PM

Mayflower Unconventional Warfare chest rig

by Jack Murphy on November 3, 2011

The above is a lightweight, low-cost, low-profile combat rig. I bought this just as I was leaving the Army and didn’t have the chance to use it in combat, but found it to work like a charm out on the range while field testing the SCAR rifle.

What separates the Mayflower UW rig from others is it’s emphasis on what for lack of a better term, could be called tactical ultra-light. While most combat gear these days is advertised as being “bomb proof” the UW rig is made from lightweight materials, taking a minimalist approach. After eight years split between the Ranger Regiment and Special Forces, I definitely agree with this approach. There is no need to wear body armor into every single scenario, nor is it necessary to carry eighty to ninety pounds of kit on your person at all times. A lot of this happens because commanders are obsessed with safety and fail to consider the effect that carrying all that kit has on men, weapons, and equipment. I’m not making an argument against body armor, I’m just saying that because it has saved lives in some instances doesn’t mean it should apply in all instances. Think dismounted patrols through the deserts of Iraq or mountains of Afghanistan.

Is all this really needed…

In this environment?

In maneuver warfare, not to mention unconventional warfare, troops need to be able to, that’s right, maneuver. The inclination towards wearing every piece of armor and carrying every bit of kit, just in case, is extremely powerful. I had a Sergeant Major who said something along the lines of, “If you give a Ranger a bigger rucksack, he’s going to go ahead and fill it to the top.” It was meant as a warning. Our rucks are to damn big, and just because you have some excess webbing on your body armor doesn’t mean you need to attach something there. In the above pic of me moving that rebar out of the way, I could barely damned move. Yeah, the gym helps, but only so much when you are carrying that much in the Summer heat.

If I was to add something, it would be a place for a camelbak. No matter how lightweight you want to go you still need water. Overall I have been very pleased with the UW rig. The more experienced you become as a soldier I found that the more you ditch all the excess equipment and move back to the basics.

Kit Up! contributor Jack Murphy is a former Ranger, Special Forces Soldier and is the author of the military thriller Reflexive Fire.

Read more: http://kitup.military.com/2011/11/mayflower-unconventional-warfare-chest-rig.html#ixzz1cfDDtRl3
Kit Up!

buglerbilly

10-11-11, 01:23 AM

Via Soldier Systems blog............

Hastati II Tactical Armor Carrier

November 9th, 2011

Hardpoint Equipment has introduced the Hastati II Tactical Armor Carrier. They really pulled out all of the stops on this one which they developed for a USSOCOM requirement. Designed to fit MBAV cut armor panels and standard plates, every piece (shoulder-straps, side straps, cummerbund, etc.) of the Hastati is removable and replaceable, including the MOLLE panels. Take a look at the photos. You can see how Hardpoint contains the plate, cradling it, yet also accommodating the flexibility of accepting MOLLE or a smooth front. Additionally, the lengths and angles of the individual pieces can also be adjusted to exact individual preference. They’ve put a lot of thought into this one. It offers flexibility and configurability in a lightweight package. And yes, there’s something special going on with those magazine pouches.

http://www.hrdpnt.com/

buglerbilly

21-11-11, 05:04 AM

Via Soldier Systems blog...............

The PIG MSPC from SKD Tactical

November 20th, 2011

Coming tomorrow, exclusively from SKD Tactical, the Patrol Incident Gear MOLLE Side Plate Carrier utilizes Velcro One-wrap fabric to encapsulate any size modern side plate and soft armor backer, in a one-size-fits all solution. The plate is wrapped in the pouch like an envelope and it attaches to the platform via Tactical Tailor’s MALICE clips. Thanks to an accessory kit, the MSPC will even accommodate 6″ x 6″ plates. Made in USA by FirstSpear!

Uploaded by SKDTAC on Nov 19, 2011
The latest innovation in Side Plate pouch technology, the PIG MSPC utilizes Velcro One-wrap fabric to encapsulate any size modern side plate and soft armor backer, in a one-size-fits all solution. Only available at www.skdtac.com!

www.SKDtac.com

buglerbilly

21-11-11, 11:28 PM

Via Soldier Systems blog......

USMC Seeking Modular Armor System

November 21st, 2011

The Marine Corps posted a Sources Sought Notice late last week for a new “Modular Armor System” to replace both Plate Carrier and Improved Modular Tactical Vest which hasn’t even been fielded yet.

Marine Corps Systems Command (MARCORSYSCOM) is conducting market research, and identifying potential sources and best practice information towards designing, developing, and procuring a Modular Armor System. The system will allow the individual Marine to configure and tailor the armor level based on mission requirements.

The United States Marine Corps (USMC) envisions at this time a single system that will be capable of providing the area of coverage of the current USMC Plate Carrier and expanding to a soft armor area of coverage equal to the USMC Improved Modular Tactical Vest (IMTV) with the Pelvic Protective System Protective Overgarment (POG). The system will be able to provide supplemental armor protection to the extremities.

The envisioned system will either integrate with current hard armor ballistic plates or a new hard armor plate design. There are no constraints on symmetry or materiel for soft and hard armor. Hard Armor threat defeat capability equal to that of the XSAPI is required with a desired maximum allowable areal density of 7.0 pounds per square foot. The soft armor performance within the torso and extremity regions is required to possess performance equal to the OTV CO-PD-00-2G with a desired maximum allowable areal density of .85 pounds per square foot. The carrier will possess the Pouch Attachment Ladder System (PALS) webbing for the mounting of modular pouches, have a single pull emergency release located on the center of the vest below the neckline and integrate with the USMC Chest Rig without impeding the quick release of the carrier.

The desired system will not exceed the cumulative weight of the IMTV with torso and flank plates. This suite will enable the individual Marine to configure components to best meet specific mission requirements by optimizing/balancing human factors engineering (e.g. comfort and usability), integration with fielded Load Carriage Equipment (LCE) and cost (production and maintenance).

It is important to note that the RFI states that “Modular Armor System’s attributes have not yet been finalized” so this is your chance to help influence the writing of the final requirement.

Potential sources of supply have until 30 December, 2011 to notify the Marines of their concept. Additionally, the Program Management Office (PMO) will have representatives attending the January 2012 Shooting, Hunting and Outdoor Trade (SHOT) Show in Las Veagas. Look for a separate posting on FedBizOpps with details on how to arrange a visit.

buglerbilly

22-11-11, 09:27 AM

Via Soldier Systems blog..........

X-Belt/M-Harness System from CTOMS

November 22nd, 2011

Canada’s CTOMS is well known for their medical gear but not a lot of people know that they also build some awesome load carrying systems. There are harnesses out there as well as padded MOLLE gun belts, and some of those are even armored, but none offer the versatility of the X-Belt/M-Harness System. Quite frankly, it does some things that others don’t.

Now in it’s 2nd Generation, the X-Belt Quick Release and Padding System has been updated to accept armor inserts, has 4 rows of PALS on the back panel to facilitate a larger armor panel, accepts 2” internal belts, and an adjustable size padding system for a lower profile. Additionally, the X-belt itself now features soft anchor loops. However, if you miss CTOMS’ original, Gen 1 X-Belt with the pop-out front metal V-ring, take heart. They tell me it is currently in development and that they will be bringing it back in an M-Harness (pull tested, rated) compatible configuration soon.

The M-Harness is a tactical climbing harness. It is certified to ASTM F1772 ‐99 (reapproved 2005) Standard Specifications for Climbing Harnesses and can be rapidly integrated for use with the X-Belt.

When you combine all of the components, you get an armored, loadbearing belt that also serves as a padded Class 2 harness for use in high threat, high angle operations.

CTOMS X-Belt / M-Harness Brochure

http://www.scribd.com/doc/73407713/CTOMS-X-Belt-M-Harness-Brochure

What nice about the X-Belt/M-Harness System is that it is just that; a system. Due to its inherent modularity and scalability, you can configure it as anything from a simple padded belt to a fully armored, climbing harness system. Not only that, you can purchase only the components you require so you aren’t stuck with capability you don’t need. Check it out if you’re in the market for something a little more substantial than your average gun belt.

www.ctoms.ca

Note from CTOMS: The armor inserts are cut from Kevlar sheets rated at NIJ level IIIa, however due to the size and shape of the cuts, these inserts are NOT RATED AT ALL. Due to backface deformation beyond allowable standards set for the ratings that may occur within 2 inches of the edge of the material, these inserts are NOT garanteed to provide any ballistic protection. The purchaser and end user assumes all risk and responsibility and CTOMS Inc. waives all liability in the reliance on this product for ballistic protection.

buglerbilly

04-12-11, 11:32 AM

Via Soldier Systems blog..............

PIG AFC Pontoon Set from SKD Tactical

December 3rd, 2011

The ALL-NEW PIG Air-Flow/Comfort (AFC) Pontoons bring the popular airflow channel pads found on on the SKD PIG Plate Carrier to current and up-coming PIG designs, including the BRIGANDINE (BRIG) Plate Carrier and the PIG gRUNT Modular PC Pack. The beauty of the AFC Pontoon set is that they can be removed adjusted slightly within the limits of the carriers Velcro mounts.

When using the gRUNT Modular PC Pack as a stand-alone day pack, the AFC Pontoons provide rigidity and comfort to compliment the PIG Padded Shoulder Straps perfectly. Look for additional upcoming PIG designs that utilize the AFC Pontoons.

Made in USA! Available in Black, Coyote, MultiCam, and Ranger Green from SKD Tactical.

http://www.skdtac.com/PIG-AFC-Pontoon-Set-p/pig.512.htm

buglerbilly

05-12-11, 03:09 PM

Saturday, December 3, 2011, 07:11 PM

Russia on the way to develop a domestic version of futur soldier gear in the next three years.

Russia may develop a domestic version of 'future soldier' gear in the next three years, a high-ranking defense industry official said. The Russian Defense Ministry said in February it was holding talks with France on the purchase of Felin advanced 'future soldier' equipment for “testing purposes.”

“I think that a Russian made infantry soldier system will appear in the next three years,” said Yury Borisov, first deputy chair of the Russian Military-Industrial Commission. “I believe that Russian arms makers are quite capable of creating ‘future soldier gear’ which can compete with any similar equipment in service with other armed forces around the world.”

Borisov said the Russian version would have a “reasonable” weight and consist of at least 10 modules to make it adaptable to different combat situations.

A typical infantry soldier system weighs less than 25 kilograms (55 lbs) and includes weapons, ammunition, combat clothing with body armor, a ballistic helmet, a portable computer and various communications equipment.

Some of the early 'future soldier' equipment was tested by the United States in the 2003 invasion of Iraq. Various versions are being introduced as standard infantry soldier gear in NATO member states and some other countries.

buglerbilly

07-12-11, 04:32 PM

Via the Firearm blog.............

Strike Industries Sling Catch

Strike Industries will soon be selling a nifty gadget called the Sling Catch. It attaches to a pack or armor and keeps a rifle or shotgun sling from biting into your neck. SI told me they have not yet finalized the MSRP.

buglerbilly

19-12-11, 01:38 AM

Via Soldier Systems blog............

Modular Padded Shoulder Harness from HSGI

December 18th, 2011

More traditional belt and suspender load carrying options are once again becoming popular. High Speed Gear’s new Modular Padded Shoulder Harness utilizes 6.5mm Neoprene foam which features a gel like feel for comfort that does not slip on the shoulders.

The designs allows you to use either 1″ or 1.5″ webbing to attach to belts or chest rigs. The Drag Handle uses a Vinyl Tube cover to reduce the strap from cutting into the hand. The rear features 5 continuous rows of MOLLE/PALS with the top 3 rows integrate Velcro loop.

Made in USA!

www.hsgi.us

buglerbilly

20-12-11, 01:28 AM

Via Soldier Systems blog..........

ATS Tactical Suspenders in Jacquard Webbing

December 20th, 2011

This is the first sample from ATS Tactical of their suspenders manufactured with Murdock Webbing‘s excellent Jacquard weave webbing in MultiCam. Unlike traditional printed webbing, the pattern is woven into the webbing so it won’t fade. Additionally, buckles give a little more bite into the pattern’s weave. The webbing blends in almost seamlessly with MutiCam fabric as you can see in this photo.

The suspenders themselves are a low profile affair, adjustable for length, designed to fit comfortably under armor and work in conjunction with the ATS War Belt.

Although this is the first product ATS has done in this material they tell us that more is on the way.

www.atstacticalgear.com

buglerbilly

22-12-11, 01:45 PM

Via Soldier Systems blog..........

Armored Releasable Carrier & Concealment

December 22nd, 2011

The A.R.C.C. (Armored Releasable Carrier & Concealment) from Battleline Industries has been in development for about a year-and-a-half. It is a modular armored carrier that accepts the popular BALCS cut soft armor and any standard SAPI, ESAPI or steel plate. According to Battleline Industries there are six distinct features that set it apart from its competitors.

1. It’s ability to take modular lightweight concealment “ghillie” panels which consist of two sleeve sections and a torso hooded section for the back that can be set up for different environments utilizing multiple sets of panels that are purchased separately. This way the sniper doesn’t have to make a new ‘ghillie suit” every time he goes somewhere new. This allows the sniper the ability to add more concealment than his regular carrier provides him depending on the mission specific need.

2. The A.R.C.C.’s one cable pull release system is very unique in the sense that the whole release action happens on the front panel. There is no more cable running to the back of the carrier system like most versions and no 3′ cable pull to get the carrier to cutaway. Another issue the A.R.C.C. solves is that the cable on the front panel only has a 10″ pull and runs very little risk of binding or getting pinched where the medic would be unable to pull the release like other variations. The problem with other products is the solider goes down and all his armor, gear and body weight is pinching the release cable in the back because of the release design.

3. The A.R.C.C. uses no Velcro in crucial spots. The ONLY Velcro on the A.R.C.C. is used to close the plate harness and soft armor compartment which is against the operator’s body. This feature insures noise discipline and a carrier that won’t fall apart because it was held together by Velcro and the combat field conditions destroyed it from ever sticking together again.

4. The A.R.C.C. has a feature to accept a modular/removable 2″ leg sub-load adapter which allows the user to attach a holster or sub-load to the carrier and not the belt holding his pants up. This distributes the weight across the carrier and shoulders for a more comfortable feel without the operator having to pull up on his pants every five minutes.

5. The A.R.C.C. has a fully adjustable modular plate harness that accepts multiple sizes and thickness of hard armor.

6. The A.R.C.C. has an extremely durable; two layer Kevlar / Nomex fire resistant liner which protects the operator in a flame environment from the Cordura nylon from melting and dripping on his skin.

Made in USA!

Unheard of until recently, Battleline Industries has been hitting it hard, releasing new product after new product. We look forward to hearing about their next undertaking.

www.battlelineindustries.com

buglerbilly

13-01-12, 01:40 AM

Via Soldier Systems blog............

The S&S Precision Plate Frame

The S&S Plate Carrier is unlike anything you have ever seen and it is going to change the way that you look at armor carriers…forever. S&S Precision applies real world experience to their designs. The Plate Frame is so elegant in its simplicity that you will wonder why no one has done it before. Its sleek, skeletonized frame grasps your plate with no excess material, yet offers a rigid mounting platform for accessory pouches. Weighing a scant, 1 lb 6 oz, you only carry what you need.

The Plate Frame is sized by plate cut and size. S&S Precision has been taking great pains to ensure that they work with manufacturers of the most common plates first with additional models being added regularly. While intended for use with “Stand Alone” plates, oftentimes, those that rely on “In Conjunction” plates wear a separate soft armor vest. When this is not possible, S&S Precision has developed a solution to accommodate plate backers.

The Plate Frame is offered in two models: Tactical for most military applications and LE for Law Enforcement duties.

Tactical Model

The Plate Frame’s skeleton sections are designed to accommodate the attachment of equipment. In addition to this standard Tan color, S&S Precision has dipped Plate Frames in camouflage patterns in order to enhance total signature management.

Law Enforcement Model

The Plate Frame LE is great for officers who wear soft armor as part of their regular duties but may need to quickly “armor up” with in conjunction plates for raids, warrant service or active shooter scenarios. It’s as simple as sliding the Plate Frame over your head and adjusting the cummerbund. Additionally, they can integrate designators such as “Police” into the design to aid in recognition.

Here, you can see the Harness Assembly which is made from a non-hygroscopic material that resists the effects of salt water and is laminated to hook and loop. There are no stitches in this process meaning no thread can become abraded. This also means that the Harness offers a much lower, sleeker profile.

S&S Precision also offers a suite of pouches that connect directly to the Plate Frame. An adapter is under development that will allow you to retrofit any PALS compatible pouches. Additionally, they offer removable side plate pouches that integrate right into the non-rigid cummerbund.

See the future of plate carriers at SHOT Show in booth #8206.

www.sandsprecision.com

buglerbilly

14-01-12, 05:56 AM

BAE Systems receives US Army armour order

13 January 2012 - 14:54 by the Shephard News Team

BAE Systems has been issued with an order from the US Army for the production and delivery of side ballistic insert plates, known as XSBI hard body armour. The contract, worth $15.8 million, was announced in a 12 January 2012 company statement.

XSBI hard body armour inserts are worn on the inside of a Soldier’s vest to protect against a variety of ballistic threats. The protective plates, worn on both sides of the torso, offer greater ballistic protection over soft armour alone and are fully qualified by the US Government to meet the military’s rigid requirements and specifications.

According to the company, this order is part of a contract awarded to BAE Systems in September 2010. The most recent award brings the total contract value to approximately $50.6 million.

buglerbilly

14-01-12, 06:08 AM

Via Soldier Systems blog.............

S.O.Tech Unleashes the VIPER

January 13th, 2012

If you liked SOTech’s BLOCS Gen III vest you won’t believe all the new features that this entire V.I.P.E.R. integrated load-carriage system now offers.

- Emergency ditch, Single point, one-handed, release (ditch your entire rig in an emergency situation with one lever pull, 2-way secured when not in use)
- Embedded Pistol holster option, side pull
- Extra padding modules for 2X padding on shoulders, lumbar, and lower chest for optimal carry comfort
- Load distribution riser, transferring the load off shoulders to the padded armor belt, onto the soldier/LE officer’s waist where it should be.
- New Padded Armor Belt with SERE insert option
- 8 new styles of side pouch options to further customize your rig for even more mission varieties including holster, detachable GP pouch, Rip-Away Trauma Pouch, upgraded MBTR radio pouch to accommodate an attached GPS unit, and a Flat MOLLE Adapter panel
- Military-grade solar power, charge your batteries, iPad, laptop, or anything needing electric power in the field and on-the-move
- All new pouches and solar are fully compatible with any previous BLOCS Gen III vests

See all of SOTech’s kit in booth #20113 at SHOT Show.

www.sotechtactical.com

buglerbilly

16-01-12, 01:38 PM

Via Soldier Systems blog..............

FirstSpear Introduces New Technology

The guys at FirstSpear have been hard at work in their design shop cooking up some pretty amazing leaps forward in tactical nylon. The newest additions to their line include two distinct yet complimentary improvements; 6/12 and Tubes.

6/12

Developed over the last year, 6/12 is the answer to the question tactical nylon makers have been asking for more a decade. How can I outdo PALS? What they came up with is really pretty simple but involves advanced materials science. The key is the platform which combines adhesive heat-set backing and laser cut precision attachment points. Say goodbye to weaving, and better yet, no more pulled through snaps. You fold the 6/12 tab in half, slide it through the slot and flatten the tab out on the inside of the platform. The hook and loop hod the pouch fast.

You want to continue to use your current MOLLE pockets? No problem, the spacing interval is the same as PALS so 6/12 accommodates those as well.

FirstSpear can apply the 6/12 technology to any platform including armor carriers, chest rigs, drop leg panels, etc. The result is a smoother profile, cleaner appearance and lower weight.

Some who have seen 6/12 have voiced concerns that it won’t hold as solidly as PALS. While that remains to be seen, one thing seems evident. If the Velcro-based 6/12 system does give, the pouch will remain intact and bartacks won’t be pulled apart. There are other advantages over traditional PALS as well. Since there is no externally bartacked nylon webbing, there is less weight overall. In fact, when you factor in the extra weight of the PALS attachment system on pouches (webbing, polymer, snaps) along with the PALS webbing on the platform itself, 6/12 offers a 20%-40% reduction in weight. Finally, there is less labor to bartack the webbing in the first place. Additionally, the platform is more streamlined with less to hang up on.

Tubes

Tubes is the other half of the equation and represents true innovation. No more Velcro…No more cables…No more components spread around the ground.

Currently, most armor carriers feature a hook and loop flap closure to join the two sides of the cummerbund in the front. Not only can this flap arrangement be a pain to properly align and close, it adds bulk, weight, and noise. Additionally, the hook and loop can wear out quickly and is prone to retaining water, mud, and snow. From a protection standpoint the hook and loop closure flap allows for misalignment of the cummerbund resulting in improperly placed side plates and inflatable floatation. As you can see in these photos, Tubes alleviates the need for a front closure flap as well as those pesky alignment issues.

Additionally, while cable release systems are all the rage, they can be misrouted, difficult to reassemble quickly, and heavy. Worse yet, when incorrectly configured, tug as much as you like, they won’t work.

Tubes is the perfect name for the technology as it is composed of a rod that fits inside a tube which serves as a container, holding it in fast. Pull out and up or down and the rod slides free from the tube and the closure is open. Additionally, Tubes is molded from high strength GhillieTEX material provided by ITW Military Products. This is a IR signal reduction technology which enhances the overall signature management of the wearer.

Granted, Tubes does require either more than one hand or, more than one movement to use, but the movements required to ditch the vest are exactly the same movements required to administratively don and doff the carrier. The user builds muscle memory every time he puts on or removes his armor.

This video from FirstSpear should give you a good idea of how the two technologies work.

Uploaded by SolSysLLC on Jan 14, 2012
No description available.

I’ve only seen these technologies in person once, but the 6/12 effect is real. I am duly impressed with the fusion of materials and design which turns what we think about both pouch attachment and cutaway systems, on its head.

See the entire FirstSpear line at the Elite Defense booth #27411.

www.first-spear.com

buglerbilly

18-01-12, 03:07 PM

Via Soldier Systems blog..........................

ArmorWorks – Modular Plate Carrier

January 18th, 2012

Featuring an entirely new material, ArmorWorks’ Modular Plate Carrier eliminates the need for external PALS webbing by integrating laser cut channels. They’ve not only used this technology on the plate carrier itself, but have also extended it to the belt system.

The material is phenomenal. We were unable to tear it even when it was held down with a boot heal and jerked upward.

Visit booth #8311 at SHOT Show.

www.armorworks.com

buglerbilly

25-01-12, 02:54 AM

Via Soldier Systems blog.........

SHOT 2012 Followup: Blue Force Gear – Helium Whisper Spent Mag Pouch

January 24th, 2012

There’s been a lot of talk about the Helium Whisper attachment system (covered by Soldier Systems when it first came out) from Blue Force Gear. From an initial review, it really does appear to be as strong as it sounds (and it’s damn sure lighter than traditional nylon). I pulled, twisted and jerked at the backing I had and was surprised by just how resilient it was. They have video of someone doing chin-ups and pull-ups from some of this material (which we’ll post once they send it to us). I wouldn’t recommend it based on just that sort of evaluation but it’s certainly a promising start. We’ll have to see how it holds up long-term.

Helium Whisper is a very thin laminate backer that is both tear and abrasion resistant, that BFG advises actually outperformed 1000D Cordura. As you might expect, it’s extremely lightweight.

Here’s an example of how Helium Whisper stacks up to more standard pouches:

Uploaded by DavidReederWrites on Jan 23, 2012
A comparison of weight between standard "legacy" pouches and a pouch utilizing Blue Force Gear's Helium Whisper backing.

They’ve got a number of modular pouches and pieces in the Helium Whisper line, but one thing I was really impressed by was the spent mag pouch (dump pouch). This thing was itty bitty and weighed practically nothing. One quick tug, though, and it deploys into a simple but effective dump pouch. Very nice indeed, and one of the pieces from SHOT I will definitely be buying.

The entire BFG catalog is on line if you want to check it out.

http://www.blueforcegear.com/content/catalog01.pdf

-DR

buglerbilly

28-01-12, 12:04 PM

Via Soldier Systems blog..............

Grey Ghost PC Sneak Peek

January 27th, 2012

Grey Ghost will be releasing their new Plate Carrier VERY soon. I think the description that accompanied the photos pretty well sums up this LiteLok vest…

“How about 46% lighter and 100% badass, low IR and complemented with FR Lined material…..also utilizes the new Jacquard woven MC webbing not printed crap…….Velcro printed loop”

www.greyghostgear.com

buglerbilly

07-02-12, 05:15 AM

Neuroscience could mean soldiers controlling weapons with minds

Neuroscience breakthroughs could be harnessed by military and law enforcers, says Royal Society report

Ian Sample, science correspondent guardian.co.uk, Tuesday 7 February 2012

Neuroscience could mean soldiers controlling weapons with minds

This article was published on guardian.co.uk at 00.01 GMT on Tuesday 7 February 2012. It was last modified at 00.05 GMT on Tuesday 7 February 2012.

Medevac troops from the American 451st air expeditionary wing look out from their Pavehawk helicopter while heading to pick up casualties in Kandahar, Afghanistan. Photograph: Sean Smith for the Guardian

Soldiers could have their minds plugged directly into weapons systems, undergo brain scans during recruitment and take courses of neural stimulation to boost their learning, if the armed forces embrace the latest developments in neuroscience to hone the performance of their troops.

These scenarios are described in a report into the military and law enforcement uses of neuroscience, published on Tuesday, which also highlights a raft of legal and ethical concerns that innovations in the field may bring.

The report by the Royal Society, the UK's national academy of science, says that while the rapid advance of neuroscience is expected to benefit society and improve treatments for brain disease and mental illness, it also has substantial security applications that should be carefully analysed.

The report's authors also anticipate new designer drugs that boost performance, make captives more talkative and make enemy troops fall asleep.

"Neuroscience will have more of an impact in the future," said Rod Flower, chair of the report's working group.

"People can see a lot of possibilities, but so far very few have made their way through to actual use.

"All leaps forward start out this way. You have a groundswell of ideas and suddenly you get a step change."

The authors argue that while hostile uses of neuroscience and related technologies are ever more likely, scientists remain almost oblivious to the dual uses of their research.

The report calls for a fresh effort to educate neuroscientists about such uses of the work early in their careers.

Some techniques used widely in neuroscience are on the brink of being adopted by the military to improve the training of soldiers, pilots and other personnel.

A growing body of research suggests that passing weak electrical signals through the skull, using transcranial direct current stimulation (tDCS), can improve people's performance in some tasks.

One study cited by the report described how US neuroscientists employed tDCS to improve people's ability to spot roadside bombs, snipers and other hidden threats in a virtual reality training programme used by US troops bound for the Middle East.

"Those who had tDCS learned to spot the targets much quicker," said Vince Clark, a cognitive neuroscientist and lead author on the study at the University of New Mexico. "Their accuracy increased twice as fast as those who had minimal brain stimulation. I was shocked that the effect was so large."

Clark, whose wider research on tDCS could lead to radical therapies for those with dementia, psychiatric disorders and learning difficulties, admits to a tension in knowing that neuroscience will be used by the military.

"As a scientist I dislike that someone might be hurt by my work. I want to reduce suffering, to make the world a better place, but there are people in the world with different intentions, and I don't know how to deal with that.

"If I stop my work, the people who might be helped won't be helped. Almost any technology has a defence application."

Research with tDCS is in its infancy, but work so far suggests it might help people by boosting their attention and memory. According to the Royal Society report, when used with brain imaging systems, tDCS "may prove to be the much sought-after tool to enhance learning in a military context".

One of the report's most striking scenarios involves the use of devices called brain-machine interfaces (BMIs) to connect people's brains directly to military technology, including drones and other weapons systems.

The work builds on research that has enabled people to control cursors and artificial limbs through BMIs that read their brain signals.

"Since the human brain can process images, such as targets, much faster than the subject is consciously aware of, a neurally interfaced weapons system could provide significant advantages over other system control methods in terms of speed and accuracy," the report states.

The authors go on to stress the ethical and legal concerns that surround the use of BMIs by the military. Flower, a professor of pharmacology at the William Harvey Research Institute at Barts and the London hospital, said: "If you are controlling a drone and you shoot the wrong target or bomb a wedding party, who is responsible for that action? Is it you or the BMI?

"There's a blurring of the line between individual responsibility and the functioning of the machine. Where do you stop and the machine begin?"

Another tool expected to enter military use is the EEG (electroencephalogram), which uses a hairnet of electrodes to record brainwaves through the skull. Used with a system called "neurofeedback", people can learn to control their brainwaves and improve their skills.

According to the report, the technique has been shown to improve training in golfers and archers.

The US military research organisation, Darpa, has already used EEG to help spot targets in satellite images that were missed by the person screening them. The EEG traces revealed that the brain sometimes noticed targets but failed to make them conscious thoughts. Staff used the EEG traces to select a group of images for closer inspection and improved their target detection threefold, the report notes.

Work on brain connectivity has already raised the prospect of using scans to select fast learners during recruitment drives.

Research last year by Scott Grafton at the University of California, Santa Barbara, drew on functional magnetic resonance imaging (fMRI) scans to measure the flexibility of brain networks. They found that a person's flexibility helped predict how quickly they would learn a new task.

Other studies suggest neuroscience could help distinguish risk-takers from more conservative decision-makers, and so help with assessments of whether they are better suited to peacekeeping missions or special forces, the report states.

"Informal assessment occurs routinely throughout the military community. The issue is whether adopting more formal techniques based on the results of research in neuroeconomics, neuropsychology and other neuroscience disciplines confers an advantage in decision-making."