Sights only......... [Archive]

buglerbilly

29-05-10, 04:59 AM

New Sight Programs Expand Combat Effectiveness

By Scott R. Gourley in Land Forces under Defense Technology, Featured with no comments

A number of recent tactical sighting and aiming programs may soon expand and enhance operational capabilities at both long and short range for U.S. warfighters.

Long Range

As an example, late April 2010 saw the announcement that U.S. Army’s Communications Electronics Command Life Cycle Management Command (CECOM LCMC) intended “to acquire or equivalent to commercial of 7 each AN/PVS 27 Magnum Universal Night Sight (MUNS),” describing the clip-on night vision weapon sight as “mount on any MIL-STD-1913 rail interface forward of an existing scope, adding night vision capabilities to daytime target acquisition platforms.”

Optimized for medium-range and long-range sniper weapons, including the M110, SR-25/Mk. 11, XM107, M24 in .338 Lapua and .308, Chandler Sniper Rifle, and other sniper rifles chambered in .300 Win Mag, MUNS is “effective on all weapons from carbines to .50 caliber semi-automatic and bolt action sniper rifles,” according to OmniTech Partners, Inc., the manufacturer.

The MUNS includes OSTIs (Optical Systems Technology Inc.) proprietary Shock Mitigation System (SMS) allowing the unit to be used on weapons up to and including .50 caliber bolt-action rifles.

Comparing the MUNS to the AN/PVS-22 Universal Night Sight (UNS), the announcement credited the newer system with “gather[ing] twice as much light as the AN/PVS-22 Universal Night Sight and can be used against targets at 1.5 times the range of the AN/PVS-22.”

Different applications allow the unit to be mounted on a spotting scope for long-range reconnaissance, hand-held as a Night Observation Device (NOD), or used in other night-time operations requiring night vision capabilities.

Short Range

Action is also taking place at the shortest end of the range spectrum, where the U.S. Army has just announced its requirement for a Sniper Quick Fire Sight (SQFS).

“The U.S. Army Snipers have a requirement for an SQFS Kit to augment close quarter battle (CQB) on the M110 Semi-Automatic Sniper System, M24 Sniper Weapon System, and Mk. 13, and Precision Sniper Rifle (PSR) while using the two eyes open method of sighting,” it notes, adding, “The SQFS will serve as a back-up reflex optic to engage targets that are within a proximity too close to employ the Sniper Weapon Optic.”

The new solicitation focuses on procurement of a Commercial Off-The-Shelf (COTS) item capable of meeting specified user requirements.

The need for expanded night close quarter capabilities is also evident in the recent U.S. Navy actions to procure a Combat Assault Pistol (CAP) Laser.

A late April announcement described the device as “designed to be conforming to the grip on a Heckler & Koch 45 Compact (HK45C) pistol. It shall not interfere with the operation of the pistol or require a special holster. It shall provide an Infrared (IR) aiming laser that shall be visible on target with image intensification devices at 10 yards. This will provide an aiming point for an operator that is wearing [an] image intensification device. The laser shall be classified as Class 1 per the ANSI standard. The CAP Laser will be used for target aiming during operational situations.”

The possibility of multiple contract awards for initial proposal and pre-production system evaluations would likely lead to a down-selection for a single vendor to provide up to 1,500 units.

[I]Top photo:
Sgt. Michael Weaver, Personal Security Detail, Regimental Combat Team 5, uses a Mk. 11 assault rife equipped with a Magnum Universal Night Sight (MUNS) to spot activity along the Syrian border during Operation Al Anbar Border Initiative (AABI), north of Al Qiam, Iraq on Oct. 12, 2008. U.S. Marine Corps photo by Cpl. Tyler W. Hill

buglerbilly

19-06-10, 05:27 AM

Aimpoint FCS12 Fire Control System

General information

The Aimpoint FCS12 is a Fire Control System for weapons like the recoilless Carl Gustav and Panzerfaust as well as Automatic Grenade Launchers and other support weapons. The operator aims at the target on a direct line-of-sight, which allows both eyes open. The optical axis between the eye and the target is not broken or linked by use of prisms.The sight contains an eye safe 1550 nm LRF (Laser Range Finder), a ballistic computer with the capability to store up to 50 different ballistic algorithms, and a parallax free optical channel with unlimited eye relief.

The FCS12 compensates automatically for the ballistic drop of projectiles at measured distances, factoring in variables such as: rotational (spin) drift, propellant temperature and terrain angle.

The system consists of two separate modules — the sight and aremote grip interface which transmit commands to the sight via a wireless link. The remote grip interface is designed to control the most important functions for operating the system during combat.

Technical data

The Aimpoint FCS12 is the result of many years of intensive studies, research, and state-of-the-art technical design. The system’s solid-state design (no moving parts) ensures reliable operation and sustainability during field use.

Features

• Small and very rugged design.
• No moving parts.
• Compatibility with all generations of Night Vision Devices (NVD). The optical channel is designed to have an optimal eye relief of approximately 180 mm to allow the use of NVD.
• Digital push button interface located on the rear of the sight allows for setting advanced features, as well as providing a backup interface for standalone.
• User-friendly electronic controls and graphical interface displays.
• More than 3 days continuous operations including 100 range findings on one battery pack.
• Quick change battery power packs containing six standard AA batteries (Alkaline or Lithium).
• Manual override controls allow the operator to manually toggle range.
• Selectable language feature.
• Storage of up to 50 different ballistic algorithms.
• A short list of up to 5 different ballistic algorithms (types of ammunition) can be chosen directly from the remote grip interface.
• Terrain angle compensation measured by an integrated inclinometer.
• The LRF measurement button overrides all other functions and returns the system to ready mode from any other point in the menu.
• Selectable weapon feature.

Specifications

Electronic Data
Battery: 6 AA battery, accepts 1.2-3.6V
Battery life: More than 4 days of continuous operations
including 300 range findings on one
battery pack. One pack includes 6 batteries
Intensity regulator: Manual rotary switch
16 settings: 1 off, 7 NVD and 8 daylight
Information available: Tilting indicator
Auto compensation of terrain angle

Optical Data
Optical magnification: 1X, unlimited eye relief
Optical coating: Anti Reflex coating, all surfaces
Multi-layer coating objective lens
Band Pass coating for NVD compatibility

Designer Company
Aimpoint

Dimensions
Length 185 mm
Width 90 mm
Height 155 mm

Sub System Data
LRF (laser range finder) 1550 nm
Eye safe
Non detectable with NVD
Capacity: 1000 m against NATO target with 10% reflection
1800 m against vegetation
1m resolution

Weight
1.6 kg

Environnemental data
Full functional between -40º C till +55 º C

Mechanical Data
Material housing High Strength Aluminum
Surface treatment/finish Anodised, matt
Color housing Black

buglerbilly

22-06-10, 03:24 PM

Fusible: Improving Infantrymen’s Night Vision

(Source: DGA French defence procurement agency; issued June 18, 2010)

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

Mounted on the helmet of the French Army’s FELIN (fantassin à équipement et liaisons intégrées) future soldier equipment exhibited at the Eurosatory defence exhibition, the device looks like an ordinary sight. But this demonstrator, developed under the “Fusible” basic research program, combines the latest electro-optical technologies and algorithm processing, might well revolutionise the future infantryman’s head equipment.

“This basic research program is looking at new approaches to sensor fusion to improve soldiers’ night vision,” says Jean-Paul Gambey, manager of basic research programs at the ground weapon management unit of DGA (Direction Generale de l’Armement), the French defence procurement agency. This project combines the data generated by light intensification and infra-red sensors, and is an initial step towards the ultimate goal of real-time sensor fusion that will allow the next generation of equipment to combine uncooled infra-red and advanced light intensification technologies with solid-state sensors. Fusible will allow us to design lighter, miniaturized equipments having significantly improved performance.”

Developed by Thales from its new-generation Minie Display sight, in cooperation with Bertin Technologies, the demonstrator is fitted with a visual display which gives the operator new tactical options and operational capabilities. Man-machine interface aspects have been developed in cooperation with the Institute of Aerospace Medicine of the armed forces medical service (IRBA), in particular as regards the image restitution.

“This wide-angle, hands-free electro-optical system greatly improves the way the tactical environment and potential targets are displayed to soldiers, while retaining the natural display of a visible image,” adds Gambey. “All this will in particular improve the soldier’s capability to observe and detect targets, while improving his mobility.”

Currently being evaluated by DGA’s Project Engineering and Aerospace Techniques centers, the demonstrator will undergo its technical-operational evaluation by the Sections Technique de l’Armée de Terre (STAT), the French army’s trials unit, beginning in September.

This evaluation will determine whether the new device can replace the MINIE-D (light intensification) sight currently part of the FELIN soldier system, and will assist in defining its operational doctrine.

“We are already at the Technology Readiness Level 7 (TRL7), which is very nearly prototype status,” says Jean-Paul Gambey. “No decision has yet been taken as to whether Fusible will equip future versions of FELIN. DGA continues to work on these subjects, in particular within the Light Intensification Technologies (Intense) and Uncooled Infra-Red (Bolo 3G) projects which are being partly funded under the French government’s economic recovery plan.”

-ends-

buglerbilly

23-06-10, 04:11 PM

This is the missing image from the post above.............12-24 hours passes and I cannot edit my own posts!

Raven22

28-06-10, 02:06 PM

Looking at the photos on the defence website, it shows some special forces dudes training some Afghan police. The interesting thing is the police have issue NADs on their AKs. I wonder who signed off for that to happen - normally other countries aren't even allowed to touch our NFE.

Hi-Res photos here: http://www.defence.gov.au/op/afghanistan/gallery/2010/20100628a/index.htm

Gubler, A.

29-06-10, 01:07 AM

Looking at the photos on the defence website, it shows some special forces dudes training some Afghan police. The interesting thing is the police have issue NADs on their AKs. I wonder who signed off for that to happen - normally other countries aren't even allowed to touch our NFE.

They are wearing patches that are half Afghan half Australian flags. So maybe these guys are part of an Australian funded CT team embeded in SOTG with some equipment provided by us. Their AKs are Hungarian AMD-65s with 12.6" barrels.

ADMk2

29-06-10, 04:24 AM

Any chance they just bought the same kit, plus adapters for their AK's from the same manufacturer that we bought ours from? It's not exactly "state of the art" any longer. It might have been 11 years ago when we first introduced it, but now...

Gubler, A.

29-06-10, 05:47 AM

They look like our NADs with the metal blueing worn off in the same place as ours...

Raven22

29-06-10, 06:04 AM

They've got Australian green technical worthiness stickers on the them, so they are clearly Australian. Even if the police dudes are mentored by Aussies, I'd be interested to know the control measures in place to ensure that the NADs aren't sold at the local market on the weekend. We still have to formally inform the US everytime a dickhead young digger loses one, so personally I find it strange they have been given to Afghanis.

Deks

29-06-10, 04:45 PM

We still have to formally inform the US everytime a dickhead young digger loses one, so personally I find it strange they have been given to Afghanis.

Maybe they figure the tech is already out there. We did lose a pallet of the things off the docks in Dili.

buglerbilly

12-07-10, 06:11 AM

Gear Sector Surefire Offset Scout Mount

July 10th, 2010 | Photo Recon Product Announcement Review | Posted by Stickman

Gear Sector has followed up on the successful launch of light and sling mounts with a new Offset Flashlight Mount for the Surefire Scout light. The Surefire Scout light has found its way onto special military teams who have the latitude to pick and choose their equipment, but what has been lacking up to this point is a good offset mount. Machined from 6061 T-6 aluminum with a military spec ( MIL-A-8625F ) type III, class II hard coat anodizing, this unit is fully made in the USA and is 100% Berry compliant.

Click the image for loads more pictures, information, and a walk through of how simple the mount installation is.

Starting with your Surefire Scout light, turn it to the side, and check for two screws. Remove both screws.

After removing both screws, the base will pull off the light.

Pull the Gear Sector Offset Light Mount out of the packaging. You should find two screws, and two allen head wrenches along with a thread locker. You should now have a layout similar to the image below (allen wrenches and thread locker not shown).

Use a drop of thread locker on the threads, then install and tighten the screws locking the Gear Sector base into the Surefire Scout light body.

With the mount in place, you will find you can mount the light in multiple configurations, including the typical side rail mount, as well as the top rail.

The Gear Sector Offset Light Mount places the Surefire Scout light into an easily used location, and avoids clogging and hogging the rail space with mounting the light directly to the side rail . You can see from the attached images that I run my Surefire Scout light with the push button tailcap. I’ve been in too many places where someone has accidentally hit a tape switch at the wrong time. However, there is no problem using a pressure pad wired to the light with this mount.

Gear Sector states :

The [ Patent Pending ] Gear Sector™ offset flashlight mount was designed to provide a low profile, ergonomic solution for attaching a weapon light to a picatinny rail. We designed the mount to fit perfectly flush with the Tango Down rail panels for an uninterrupted rail space. This model fits the Surefire Scout Light® series lights which include the M300A, M600B and M600C weapon lights.

I’ve used multiple rail covers, to include KAC, Magpul XTM, and Tango Down rail covers, and the Gear Sector mounts all run flush (or very close) to the rail covers. This provides an uninterrupted surface. While this may not be something that becomes important for everyone, it does show the attention to detail that Gear Sector puts into the items they develop.

The Gear Sector Offset Flashlight Mount is high quality, and mounts solid. It places the Surefire Scout light in a good location. If you or your team mates use a Surefire Scout light, you owe it to yourself to check out this upgrade.

www.gearsector.com

buglerbilly

17-07-10, 03:09 PM

Article from Shooting Illustrated.............

For the first 100 or so years of riflescope use, sharpshooters and snipers had to choose between fixed low-powered magnified optics and iron sights. Many amazing shots were recorded with those 1X to 4X scopes right through the Korean War. But as technology improved the quality of riflescopes, military snipers began fielding a variety of fixed- and variable-power optics with higher magnification.

With accurate cartridges like the .338 Lapua Mag. helping to push the envelope past the 1,500-meter mark, variable-magnification riflescopes in the 5-25X range are now moving to the forefront. While long-range effectiveness has increased, this trading up has cost our snipers several low-power benefits. These include increased field of view, better light transmission, smaller scope size and—most critical in a dynamic gunfight—the ability to rapidly engage close threats.

Two developments have highlighted this weakness in recent years. The first is the advent of mass-produced, semi-automatic sniper rifles that are both reliable and accurate. The second is the Global War on Terror. Today’s snipers regularly need to clear or fight their way into and out of firing positions, where semi-autos come in handy. I was fortunate to have access to such rifles for all of my operational sniping work, even before Sept. 11. Lessons learned across the board have driven all services to adopt various forms and quantities of semi-automatic sniper rifles for overseas use.

Designated marksmen in Iraq and Afghanistan frequently use semi-automatic rifles for both short- and long-range engagement. The scope mounted on this M14 is an excellent choice for distant targets, but a poor option up close.

While every sniper or designated marksman should eventually have a rifle or carbine capable of dealing with dynamic environments, that won’t fix the riflescope dilemma. I spent several tours in Afghanistan switching between low- and high-powered optics for each mission, always hamstrung one way or the other in the process. In Operation Iraqi Freedom, I had high-quality 1-4X optics that allowed accurate shots from close quarters out to approximately 500 meters. However, both theaters presented distances requiring more power, which sacrificed the close-target capability. Once this near/far sniper optics shortcoming was identified by multiple military units, several scope manu-facturers began working hard to find a remedy.

Options for dealing with both close threats requiring rapid engagement and long-range targets calling for precision fire, up to this point, have been limited. Awkwardly pairing a reflex sight with a full-power day scope, carrying a separate carbine or using a sidearm to deal with close targets are primitive solutions, at best.

When my final Army duties placed me in a weapons research and development capacity, the snipers I took care of identified the need for more power in a CQB-capable optic. It was my job to explain that need to the optics industry and convince it to push the envelope. I made some initial headway, but the fight was still uphill when I retired. Fortunately (for the good guys), I was succeeded by far more capable and articulate Soldiers who ensured this paradigm-shifting class of optics finally got to see daylight. That makes me smile.

All of the tested scopes have adjustment gradations in .1-mil increments, which correspond with the subtensions in their milliradian-based reticles. The Horus BlackBird does not have target turrets—its H58 reticle provides effective windage and elevation hold points.

The features our military snipers look for in a full-range optic aren’t unique to wartime. Law enforcement snipers, 3-gun competitors and predator hunters will find much to like in these scopes. The key is for low-end magnification to be as close to zero as possible. Conversely, the high end needs to be no less than 8X, so shooters can take full advantage of their gun/cartridge combinations.

This criterion has been the biggest stumbling block, as a zoom factor of eight has been a sort of Holy Grail in the optics industry.

A first-focal-plane (1FP) reticle, which allows use of the requisite milliradian-based reticle’s measurement and holdover features at any power, is also critical. Illumination can be important, but not mandatory—provided the non-illuminated reticle can be acquired quickly at low power and in all light conditions.

Elevation and windage knobs have the nasty habit of being turned off their zero settings through active maneuvering while wearing battle gear. Lockable turrets are a combat-proven solution to this problem. Other good features include fast-focus eyepieces, 30 mm or larger tubes and reticles that subtend less than 1 mil. Ideally, scope size shouldn’t grow much more than current short-range scopes.

I’ve laid hands on several new scopes in this category and gave them a good workout on 5.56 NATO and .308 Win. platforms. Overall, I’m happy with what I saw in these prototypes and feel confident anyone with a need for this type of optic will have a good range of options from which to choose. Other manufacturers are working on solutions, so the field should soon widen appreciably when their designs are introduced.

The three riflescopes I tested for this article possess common features, such as 1FP reticles subtending below 1 mil, fast-focus eyepieces and a fixed-parallax setting. All have dedicated “off” positions between brightness settings on their rheostats. This feature allows the shooter to be one simple click away from the desired brightness level without burning battery time. Finally, each scope’s windage and elevation knobs are gradu-ated in .1-mil clicks. Moving the strike of the bullet 1 centimeter at 100 meters doesn’t necessarily excite most folks on this side of the Atlantic. However, once you experience the convenience and accuracy of clicks that correspond precisely to the reticle values (10 clicks equal 1 mil) you’ll understand why we now see this feature on many scopes.

Leupold 1.1-8x24 mm CQBSS

While passing through Leupold’s booth at the SHOT Show in January, I noticed crowds gathering around several CQBSS scopes on display. The company’s new optic is user-friendly, and its tactically appealing features were generating much buzz. For example, the zoom function is handled by the entire ocular bell. There’s no need to apply gorilla strength to a small ring. You simply rotate the knurled eyepiece until you reach the desired magnification. One drawback with this setup is that flip-open caps will rotate as power is adjusted, possibly getting in the way of charging or bolt handles.

Leupold’s CQBSS is currently available with the Horus H27 reticle (right), a good choice for those learning the Horus system. Leupold’s TMR will be available soon.

The scope’s 34-mm main tube provides extra rigidity and generous elevation travel. Locking elevation and windage knobs are handled by a spring-loaded design. To adjust windage or elevation, simply squeeze each side of the appropriate knob and turn. Upon release, the spring-loaded half-moon tabs return to their locked positions. The verdict isn’t in yet on this design’s durability after hard use in the blowing sand, talc dust and mud-filled combat environments. If a knob were to get stuck, the good news is that reticle selections are perfectly suited for zeroing and then abandoning the knobs altogether for elevation and windage needs.

Each scope tested included an illuminated segment of their reticles, powered by a single CR2032 battery. All three offer rheostat adjustments with “off” positions between each brightness setting for quick resets.

The very flexible, combat-proven Horus H27 reticle is standard and well adapted to modern sniping. Leupold’s own Tactical Milling Reticle (TMR) should eventually be available in the CQBSS as well. These reticles allow advanced aiming via .2-mil markings (H27) and 1⁄2-mil markings (TMR) that extend far beyond the traditional 5 mils below center.

The CQBSS’ internal adjustments matched its knob graduations perfectly, and I found the 5-MOA dot’s brightness easy to acquire in any lighting condition. I had trouble seeing the prototype’s dot when my eye wasn’t perfectly centered, but Leupold says this problem has been remedied on production models.

From 5X to 8X, the H27 reticle in my test scope worked very well for precise aiming, and the heavy, main horizontal stadia lines served as a quick reference for rapid aiming at low power with the dot turned off. Lastly, the diopter adjustment on the Leupold has a “jam nut” lock ring that holds it in the focused position. The CQBSS’ quality is better than most U.S.-made riflescopes.

Leupold will also be offering several bullet-drop-compensating (BDC) rings for the CQBSS’ elevation knobs for those shooters who prefer to dial in their dope. All in all, Leupold did its homework on the new CQBSS, and there is no doubt it has upped the ante on quality.

Premier Reticles V8 1.1-8x24 Tactical

Elements of Premier’s Heritage Tactical 3-15x50 mm—the USMC’s newest Scout Sniper day scope—can be seen in the V8 Tactical. The V8’s form and function both reflect specifications asked for by our fighting troops with a few special touches thrown into the mix.

The V8 Tactical includes a two-phase illumination system. At higher magnification, the center section of its 1FP ret-icle is lit. At lower powers, only a 5-MOA hollow dot in the 2FP shines.

The most unique feature is a two-phase reticle-illumination system that allows use of either a 5-MOA dot placed in the second focal plane (2FP), or a 1FP fully illuminated reticle. When using the scope between 1.1X and 3X for close-quarters shots where speed is required, the 2FP flash dot remains constant in size regardless of power. Once beyond 3X, the dot disappears and illumination switches to the mil-based, Gen II CQB reticle. This hollow-dot design is easy to see at all powers when illuminated, and its placement in the 1FP ensures reticle size remains relative to the changing target image when changing powers.

The transition between illumination systems is seamless, requiring no action beyond adjusting power up or down. The key benefits are that the center dot doesn’t obscure the target at higher powers, and the illuminated mil dots make the reticle usable during transitional light (dusk and dawn) and when contrast is needed against a night-vision device’s image.

Mounting the Premier Reticles V8 Tactical required placing both rings behind the adjustment saddle due to its far-forward position on the scope. Despite this odd configuration, the author encountered no problems during testing.

The V8’s locking knobs are Premier’s standard design. Pulling them out allows turning against very positive .1-mil clicks. Pushing the knobs in locks the setting in place, and zeroing or “slipping” the graduated scales can be done without tools. The Gen II CQB reticle subtends to 1⁄2 mil and has at least 95 mils (327 MOA) available in 5-mil increments along the heavy stadia lines. Thus, the V8 provides shooters with the capability to use reticle holds for both windage and elevation.

The rheostat knob unlocks by pulling it out to rotate through “on” settings and locks in the down position. While my test sample had no rheostat clicks, Premier’s production V8 scopes will lock in any “on” or “off” position, and all settings will have distinct clicks. The first three brightness settings are night-vision compatible, allowing illuminated use without washing out image-intensified night optics placed behind the scope.

The forward placement of the V8’s saddle requires unusual mounting to get the eye relief set properly, but I found placing both rings on the same scope section to work well. Premier’s optical quality is unusually good for U.S.-branded riflescopes, and the V8 is no exception. Overall I found the V8 to possess the same quality and solid features as Premier’s other optics. I’d feel comfortable heading into harm’s way with one atop my favorite .308 Win. carbine.

Horus Vision 1.5-8x24 mm BlackBird

Horus Vision’s entry is somewhat of an odd-man-out in this category. As tested and currently available, the BlackBird is really a big scope in a little body. It’s significantly smaller and lighter than the others I tested, but still delivers long-range performance. The newly designed H58 reticle provides a quick ranging and acquisition feature, as well as effective hold points for windage and moving targets. At 8X, longer-range targets are where the BlackBird really comes into its own.

The Horus BlackBird’s H58 reticle allows for holdover without windage or elevation adjustments, but it can be difficult to acquire on short-range targets.

The BlackBird’s shortfall is that it’s difficult to use for rapid target acquisition at low powers. The 1.5X low-end is slightly higher than desired for this type of optic and is further hampered by a dimly illuminated center crosshair area. Even at the bright-est setting, it’s very hard to see except in the darkest environments, which is a huge liability when mounted on a rifle intended for close-quarters battle. Horus is working to fix this problem, and the company told me it plans to replace the dim crosshair with a bright dot in the very near future.

Unfortunately, no help is provided by the non-illuminated portion of the reticle. Its long-range/high-power strength—a very thin reticle for precise aiming—is also its low-power Achilles heel. I found the reticle very difficult to pick up quickly between 1.5X and 3X.

A knurled, fast-focus eyepiece makes getting a clear picture of the BlackBird’s versatile reticle quick and easy.

Horus employs capped elevation and windage knobs instead of locking knobs. All Horus reticles eliminate the need to dial in elevation and windage. Once zeroed, the knobs are capped and left alone. I’m very comfortable with this aiming system. The rheostat’s clicks are very positive, providing easy access to the desired brightness position. Although the zoom ring was too stiff for fast manipulation, I’ve found this component generally smooths out through use.

Optical quality on my test sample was very good, and each .1-mil click precisely moved the strike of my bullets downrange. Overall, I like the BlackBird as a minimally sized optic with long-range performance.

The introduction of riflescopes that allow long-range target engagement without sacrificing the ability to deal with close threats completes the sniper’s triad. A few years back, a foreign optics company’s chief engineer laughed at my full-range sniper-scope concept, calling me an idiot and saying it couldn’t be done. While I can’t argue with the first statement, I’m glad he was wrong on the second.

Comparative specs and unit costs can be found in the original article..................

http://www.shootingillustrated.com/Gear/Optics/doitalloptics.html

buglerbilly

03-08-10, 02:42 AM

27 July 2010 Last updated at 08:15 GMT

Night vision goggles for all troops in Afghanistan

By Daniel Emery

Technology reporter, BBC News, Farnborough

Access to night vision technology is closely controlled

The UK's Ministry of Defence has placed an urgent request for a US contractor to speed up production of its Generation Three night-vision glasses.

The order, worth an estimated £35m, equates to approximately 11,000 sets.

ITT, which produces the glasses, said it was its largest order from the MOD to date.

The goggles, which were supposed to be delivered over the next five years, will now be shipped by early 2011.

While night vision glasses have been used in Afghanistan since hostilities began in 2001, they have not been universally available until now.

They are also different models and makes, meaning some troops become acquainted with the operation of one set, and then used another when engaged in combat operations in Afghanistan.

An MOD Spokesperson told BBC News saying that it "demonstrated the MOD's commitment to providing our troops with the equipment they need both on operations and in training."

"There is clear benefit in troops 'training as they fight'."

Under fire

There has been continual criticism of alleged equipment shortages for troops working in Afghanistan.

In February, Gordon Brown was forced to deny troops were sent to Iraq and Afghanistan without the equipment they needed after being accused of "guillotining" the budget.

The Ministry of Defence, like all ministries, is being subjected to the current financial squeeze, but due to the priorities of missions in Afghanistan, they were able to bring the order for the goggles forward.

There are, at present, about 10,000 British troops based in Afghanistan. The order will mean that every British soldier in Afghanistan will now have access to these new glasses, with the remainder being used to train up the next batch of troops getting ready for deployment.

The new Generation Three glasses are a "significant" improvement over the older Generation Two goggles said ITT - the firm making the night-vision equipment.

Speaking to BBC News, Bruce Scott, president of ITT defence and information solutions international - and a former Major General in the US Army - said the new sets used less power and should last for 18 hours of continuous use.

By comparison, said Mr Scott, Generation Two sets used two batteries, produced a lower quality image and did not last as long.

"Every soldier, when they go out, replaces the battery. It's a lithium ion battery but in essence it's an AA battery.

"So lets assume that Iraq and Afghanistan have 250,000 soldiers all using these glasses. If you change a quarter of a million batteries every day, these lithium ion batteries cost $3 a piece. Just do the maths," he said.

Mr Scott said that because the sets use less power, the phosphor screens would last longer, extending its service life, and halving the number of batteries made the unit lighter.

The original order was due for completion over a three year period, but ITT said that manufacturing was sped up due to an "urgent request" from the MoD.

"You don't want to train with goggles that don't let you see so well at night and then get a better goggle when you go into combat," said Mr Scott

"So we have rearranged our production at our plant in Virginia and we are now delivering 80% of that order by the end of this year, and the rest by the first quarter of next year," he added.

Scope out

Night sights can be broken down into two main categories - thermal imaging and near infrared (IR) - both of which are in use in Afghanistan.

The night vision goggles can also see heat signatures

Thermal sights detect the heat signature produced by hot objects (people, animals and vehicles) while IR sights work on the same principle as human eyes, only they "see" light reflected off objects in the infrared spectrum, rather than the visible.

ITT's boss said his firm had produced a set that combined the two types, creating a night sight that could work "in any conditions".

"There are three conditions where image intensification does not work, but where IR does: In a cave, where there is zero ambient light; in a dust storm; and in fog," said Mr Scott.

"We have a switch which you can dial up, so you can see objects outlined due to their thermal signature, or fully imaged. In a cave, we can see footprints for over half an hour.

"And in fog, it's even better, as it cools everything to the same temperature, except for a hot body," he added.

The firm said these glasses were currently used by US special forces and it hoped to be able to provide the kits to other Nato nations

"As to when they that happen, well it's entirely down to the US State Department," said Mr Scott.

"Other than nuclear technology, there is no product that is more tightly controlled than night vision, for obvious reasons," he added.

buglerbilly

13-08-10, 04:14 PM

U.S. Army Awards Enhanced NVG Contracts to ITT, DRS and L-3

August 13, 2010 at 11:06 am

The AN/PSQ-20 Enhanced Night Vision Goggle (ENVG) is a helmet-mounted passive device for the individual Soldier that combines scene data from a low-light level sensor and a long-wave infrared sensor into a single, integrated image. The ENVG improves the Soldier’s situational awareness by providing the capability to rapidly detect and recognize man-sized targets while maintaining the ability to see detail and use weapon-mounted aiming lights.  Photo: PEO Soldier, U.S. Army

The U.S. Army Research Development and Engineering Command (REDCOM) have ordered 660 Enhanced Night Vision Goggles (ENVG) from three manufacturers for testing, toward massive fielding of new ENVGs in upcoming years. The awarded companies are ITT, L-3 Insight Technology and DRS Systems. The three contracts, each valued around US$250 million, cover the delivery of the 220 systems in the base year, (2010) and options for the delivery of production quantities in the years 2011-2013. The Army is expecting to field new and improved digital fused imaging goggles by 2014.

Sofar ITT has been producing the Army’s first generation AN/PSQ-20 ENVG under a sole source indefinite-delivery, indefinite-quantity (IDIQ) contract worth about $560 million. This contract expires by the end of 2010.

The development of the ENVG began in the year 2000. First models were fielded in 2008 with special operations units. By early 2009 the 10th Mountain Division was the first regular Army unit to receive few hundred items . Since then PEO Soldier has been delivering ENVGs and in parallel, developing and testing a lighter, more rugged system digital (ENVG (D), that will also support image transfer and display to and from other sensors and sights, Digital Video Recorders (DVR) and remote computing devices.

The current systems are significantly more expensive and heavier, compared to the systems they are intended to replace – PVS-7 and PVS-14. The new ENVG (D) is expected to overcome these weaknesses and meet the Army’s objective weight and cost requirements.

buglerbilly

18-08-10, 02:12 PM

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

M150 Rifle Combat Optic

August 18th, 2010

Much ado has been made about the lack of lethality of the M16 and M4 at the increased ranges encountered in Afghanistan but you can’t hit what you can’t see. One of the Army’s answers to this quandary is the M150 Rifle Combat Optic (RCO) which is is designed to increase the probability of a first-round hit at distances up to 600 meters.

Adopted in 2007 for use on the M4, M16A2, M16A4, and M249 weapons in addition to increased range, it also allows the use of reflexive fire techniques. When a target is acquired, the ranging reticle can be used to get an accurate range to the target. Then, the range aiming point on the bullet drop compensator can be used to engage the target.

Manufactured by Trijicon, the RCO features a 4 x optic illuminated by fiber optics and tritium. The reticle is of a chevron pattern and is red in color both day and night. Naturally, the issue item also incorporates a laser and anti-reflection filters as well as an integral Mil Spec 1913 attachment.

www.trijicon.com

buglerbilly

07-09-10, 05:22 PM

From the Firearm blog............

Sniper with Holographic sight

This Royal Marine is using an EOTech holographic sight, without magnification, mounted on an .338 Lapua Magnum L115A1 (Accuracy International Arctic Warfare) rifle.

A Royal Marines marksman takes aim from a Merlin helicopter during counter-piracy operations.

I have often wondered why we do not see photos of snipers with 1x magnification sights. During WWII plenty of snipers used iron sights to good effect. It must surely be easier to use than a scope with magnification when bouncing around in a helicopter and aiming at a moving target.

buglerbilly

08-09-10, 02:04 AM

LRAS3 Target Acquisition Systems Enhanced with Liteye’s Monocular Displays

September 7, 2010 at 6:54 pm

LRAS3 target acquisition system mounted on an M1200 Armored Knight.

The US Army Communications & Electronics Command in Washington awarded Liteye Systems a contract valued up to $22.6 million, for the delivery of monocular displays for the LRAS3 target acquisition system. Deliveries will begin immediately and span over five years. The total quantity to be delivered has not been determined yet but could exceed 4,000 units.

Liteye LE-600 monocular display used for the enhancement of LRAS3 target acquisition systems. Photo: Liteye

The U.S. Army is fielding the new Monocular Display augmenting the Long-Range Advanced Scout Surveillance System (LRAS3), multi-sensor target acquisition systems that detect, recognize, identify, and geo-locate targets at long distances. The monocular displays selected for the program were developed by Liteye Systems. The display consists of Liteye’s Military Off the Shelf (MOTS) LE-600 miniature display, that can be used in helmet mounted or hand held viewer modes of operation. The handheld system comprises a high-resolution OLED microdisplay, energy efficient electronics and optics, all packaged in a compact form factor, built to meet military-standard.

The LRAS3 is deployed with scout platoons at infantry and armor the battalions, providing the scouts autonomous, long range, line-of-sight reconnaissance and surveillance capability. The system automatically determines Far Target Location (FTL) coordinates for any target ranged to by the operator. The system is currently mounted on US High-Mobility Multi-purpose Wheeled Vehicles (HMMWV) and the Stryker Armored vehicles, M707 Knight, and M1200 Armored Knight Support Vehicle. The system can also be dismounted, using a tripod and battery pack.

The U.S. Army Long-Range Advanced Scout Surveillance System (LRAS3) produced by Raytheon. Seen here is the dismounted configuration, which will now employ a monocular display improving the operator usability and orientation. Photo: Raytheon

The Army evaluated different alternatives for the display, and determined that the a small monocular viewer is preferred, because of its small package and flexibility while maintaining high performance required to accurately display the LRAS3 video. The new display will greatly reduce the weight of the dismounted package, enabling systems operators to maintain good orientation and situational awareness, while operating the system on or off the vehicle.

buglerbilly

14-09-10, 06:50 AM

CTC Defense Laser Sight Selected by Crane

September 13th, 2010 CTC Defense, a division of Crimson Trace Corporation, has been selected by the Crane Division of Naval Surface Warfare Center (NSWC Crane) to supply the versatile LGD-645 Laserguard infrared laser sighting system for the Heckler and Koch HK45C handgun carried by members of Naval Special Warfare. This contract represents a significant number of Laserguards to be delivered over the span of 3 years and came after a considerable co-development effort between NSWC Crane and CTC Defense.

The LGD-645 is a rugged, waterproof and compact laser sighting device that attaches to the trigger guard of the HK handgun, offering instinctive activation of the IR laser onto the target

“CTC Defense is honored with the opportunity to take part in the process of conceiving, developing, and bringing to market, a completely new tool for today’s Warfighter”, said Dale Suzuki, Director of CTC Defense. “The CTC Defense team rapidly developed a product that adapts the latest laser sighting technology to solve issues of enhanced readiness, versatility, adaptability and simplicity with a product that, simply put, will save lives,” he added.

“CTC Defense is very pleased to have been selected by NSWC Crane to supply the LGD-645 infrared laser sights,” said Lane Tobiassen, President of Crimson Trace. “This competitive contract win validates our capabilities to rapidly co-develop, design and deliver critical equipment for today’s Warfighter,” he added.

http://www.crimsontrace.com/

buglerbilly

30-09-10, 12:39 PM

Leupold drops the HAMR

September 30th, 2010 | Product Announcement | Posted by Rob Curtis

In a sentence, the HAMR is a well thought out ACOG competitor with a built-in secondary sight up top and a sweet LED-lit reticle in the 4x magnified tube that combines an aiming circle with a tiny dot for precision at longer ranges. With 3 inches of eye relief and 40 grams lighter than an ACOG, it’s worth a look. If you want to know what “HAMR” stands for you’ll have to watch the video. Available for $1500 MSRP initially in black next year, followed by a dark earth version later.............

Video and remainder of article can be found here............

http://militarytimes.com/blogs/gearscout/

buglerbilly

07-10-10, 02:55 AM

From Mil Times GearScout..........

You’re going to want to pinch the new Trijicon RMR-A’s cheeks

October 6th, 2010 | Photo Recon Product Preview | Posted by Rob Curtis

If an EoTech XPS and an Aimpoint T1 Micro got sloppy in a hot tub during a SHOT show rooftop party, nine months later a cutthroat custody battle would ensue over the resulting RMR-A optic from Trijicon.

The RMR-Adustable is the third of the RMR series, the scrappiest little family of sights we’ve seen. Each is barely bigger than a Dokter sight, but packs the features we’d expect from a primary combat sight. The news with the latest is its adjustable brightness. It’s two older siblings didn’t offer manual control of the illuminated reticle. The always-on RMR LED offered an automatic brightness setting mode that got the 4 or 8MOA red dot in the ballpark for the ambient lighting. The RMR-Dual uses batteryless fiber-optics during the day, and tritium at night to illuminate a 7, 9 or 13MOA reticle.

Remainder of article and more pics can be found here..........

http://militarytimes.com/blogs/gearscout/2010/10/06/youre-going-to-want-to-pinch-the-new-trijicon-rmr-as-cheeks/

buglerbilly

09-11-10, 05:50 AM

From the Military Times Gearscout...........Very neat piece of kit......video at the Brightcove link

New CTC laser grip combines visable and IR laser

November 8th, 2010 | Product Announcement | Posted by Rob Curtis

Crimson Trace talked us through their upcoming Dual-Can laser grip. It’s got both a visible and an IR laser along with a new activation pad that will accommodate a centerline Surefire weapon light switch. The lasers are slaved together so zeroing one will align both. They showed us the version for the Sig P226. The M9 version is coming shorty with a version for the Glock 17/19/22/23 in the works.

The price is about $300 for civilians, low $200s for the military.

buglerbilly

03-12-10, 09:21 AM

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

Rapid Transition Sight from Dueck Defense

December 3rd, 2010

Barry Dueck, head of SureFire’s Suppressor program, nationally ranked 3-Gun competition shooter and former Marine developed the Rapid Transition Sight for the competitive or combat shooter who prefers separate sighting systems for near and far targets. With a goal of not adding weight he settled on the M4 sights, engineering them to mount to the upper Picatinny rail but at an offset of 45° to avoid conflicting with the primary sight. Since most everyone already carries a Back Up Iron Sight of one form or another as well as relies on the standard M4-style Front Sight, the RTS adds no new weight and essentially offsets these items to be more effective for close in targets when rifle mounts a telescopic sight for those mid and long distance shots. Many shooters are also very comfortable with the issue M4 sights so there is no issue associated with learning a new system and the you don’t have to deal with co-witnessing sights.

buglerbilly

23-12-10, 12:33 AM

Pentagon Wants to Give Troops Terminator Vision

By Spencer Ackerman December 22, 2010 | 1:35 pm | Categories: DarpaWatch

No more will soldiers’ vision be limited to the socket-embedded spheres that God intended. The Pentagon now wants troops to see dangers lurking behind them in real time, and be able to tell if an object a kilometer away is a walking stick or an AK-47.

In a solicitation released today, Darpa, the Pentagon’s far-out research branch, unveiled the Soldier Centric Imaging via Computational Cameras effort, or SCENICC. Imagine a suite of cameras that digitally capture a kilometer-wide, 360-degree sphere, representing the image in 3-D (!) onto a wearable eyepiece.

You’d be able to literally see all around you, including behind yourself, and zooming in at will, creating a “stereoscopic/binocular system, simultaneously providing 10x zoom to both eyes.” And you would do this all hands-free, apparently by barking out or pre-programming a command (the solicitation leaves it up to a designer’s imagination) to adjust focus.

Then comes the Terminator-vision. Darpa wants the eyepiece to include “high-resolution computer-enhanced imagery as well as task-specific non-image data products such as mission data overlays, threat warnings/alerts, targeting assistance, etc.” Target identified: Sarah Connor… The “Full Sphere Awareness” tool will provide soldiers with “muzzle flash detection,” “projectile tracking” and “object recognition/labeling,” basically pointing key information out to them.

And an “integrated weapon sighting” function locks your gun on your target when acquired. That’s far beyond an app mounted on your rifle that keeps track of where your friendlies and enemies are.

The imaging wouldn’t just be limited to what any individual soldier sees. SCENICC envisions a “networked optical sensing capability” that fuses images taken from nodes worn by “collections of soldiers and/or unmanned vehicles.” The Warrior-Alpha drone overhead? Its full-motion video and still images would be sent into your eyepiece.

It also has to be ridiculously lightweight, weighing less than 700 grams for the entire system — including a battery powerful enough to “exceed 24 hours [usage] under normal conditions.” That’s about a pound and a half, maximum. The Army’s experimental ensemble of wearable gadgets weighs about eight pounds. And it is to SCENICC what your Roomba is to the T-1000.

Here’s how far advanced SCENICC is compared to bleeding-edge imaging and networking capabilities that the Army is currently developing. Right now, the Army’s asking three different companies — Raytheon, Rockwell Collins and General Dynamics — to build a wearable platform of digital maps, computers and radios, networked with one another. Soldiers would have warzone maps beamed onto helmet-mounted eyepieces.

The system, known as Nett Warrior, needs to weigh less than eight pounds, and it builds on a years-long and ultimately fruitless effort called Land Warrior. (One of the problems with Land Warrior is it was heavy and cumbersome, owing in part to battery weight.) The Army hopes to choose one of the Nett Warrior designs by March.

By the time it’ll actually roll out Nett Warrior after testing, production and deployment — a few years, optimistically — SCENICC will already be hard at work on its replacement. Darpa wants a hands-free zooming function within two years of work on the contract. By year three, the computer-enhanced vision tool needs to be ready. Year four is for 360-degree vision. Then it’s on to development.

The Army is generally hot for combat-ready smartphones to keep soldiers linked up with each other. And the buzz-generating tool for the soldier of the near future is mapping technology, delivered onto a smartphone or some other handheld mobile device, at least judging from this year’s Association of the U.S. Army confab.

But all of these representation tools are two-dimensional, and require soldiers to look away from their patrols in order to use them. Textron’s SoldierEyes Common Operating Picture, for instance, lets soldiers see icons on a tablet-mounted map telling them where their friends, enemies and neutrals are. It can’t put those icons onto a 3-D picture sent to a soldier’s eyes, let alone allow a 10x zoom for a kilo-wide 360-degree field of vision. Why would anyone use a map on a smartphone when they could have SCENICC?

Even with all the advances in digital imaging, it’ll be a tall order to put together 360-degree vision and 10x zoom and mapping software and integration with weapons systems and lightweight miniaturization and network connectivity.

Darpa doesn’t really address how the system’s networked optics would work in low-bandwidth areas like, say, eastern Afghanistan (though maybe drone-borne cell towers can help).

Indeed, judging from the solicitation, while SCENICC is supposed to be networked, it doesn’t seem to have any communications requirements for soldiers to talk through what their optics are sharing with each other. Maybe there’s a role for those new soldier smartphones after all.

Photo: Noah Shachtman

buglerbilly

20-01-11, 02:51 AM

EOTech’s New Combat Sight for SEALs

by christian on January 19, 2011

I worked up a quick video highlighting EOTech’s new SU231A optic which was selected by the SEALs for use on their carbines, including the Mk-16 and Mk-17 SCAR.

EOTech’s Mike Kroll explained the sight is enhanced for use in watery environments and has side buttons for easier manipulation with gloves. It also is compatible with shooting through NVGs.

The setup was paired with a militarized version of the EOTech G23, a 3.25X magnifier attached to a cool flip away mount called the FTS base. It works great to switch between close in targets and flip in the G23 for engaging targets out to 300 yards.

And yes…while the optics are cool, it was fun to shoot the SCAR again…

Read more: http://kitup.military.com/#ixzz1BXIkJbrF

Go to the link to see the video...............

buglerbilly

20-01-11, 04:08 AM

EO Tech’s new sight, magnifier provide knockout punch

January 19th, 2011 | Product Announcement Review | Posted by Lance Bacon

What do you get when you team up the new EXPS3 holographic sight with a G23 magnifier? A tag-team system so easy to use that your grandma could knock a flea off her dog’s backside at 150 yards.

EO Tech let us put this gear to the test at the 2011 SHOT Show, and the performance far exceeded expectation. Of note is the ARMS throw lever on the G23 that enables the shooter to go from medium range to CQB with the push of a button.

Using a SCAR by FNH, I engaged medium-range targets at will using the G23’s six-degree field of view. When the scenario became up close and personal, a push of the thumb immediately flipped the magnifier to the right side of the weapon – and out of my line of sight. When the mid-range was hot again, a push from the right hand locked the magnifier back in place. Here we show you with a lefty at the trigger so your view is not blocked:

Best of all, the reticle – a 65Minute-of-Angle circle with 1 MOA aiming dot – did not change throughout the evolutions. This allowed me to easily maintain targeting though the depth had considerably changed.

A couple of other highlights from the EXPS3 include:

•The return to zero, which is repeatable to within 2MOA after remounting;

•A single transverse 123 lithium battery that provides 600 hours of life at brightness level 12 – three times the battery life of N cell sights;

•A shortened base that requires 2 3/4 inches of rail space, as compared to the 4-inch N battery sights;

•Elimination of the battery cap and latch. They are replaced with a simple O-ring, tethered cap that provides better sealing.

buglerbilly

21-01-11, 03:49 PM

Aimpoint Patrol Optic – Pro

January 21st, 2011 | Product Announcement | Posted by Rob Curtis

A 2 MOA red dot Aimpoint optic with a mount for $440. Hard to believe so I’ll say it again. It’s only $440. The Patrol Pro isn’t a stripped down optic, either. It’s got all the features of the Comp series at a lower price. 3 year battery life, NVG compatible, anodized aluminum housing, waterproof to 150 feet. Plus, a new, transparent rear flip cover that lets you shoot with the dust covers down, and a modular rail mount that will co-witness on an AR or run flat on a shotgun with the spacer removed. At 5.1” and 11.6 oz complete, it’s a tight little optic that’ll be hard to resist for $440.

buglerbilly

26-01-11, 05:59 AM

More on this..............from SHOT Show 2011 via the Firearm Blog

Aimpoint PRO (Patrol Rifle Optic)

The Aimpoint PRO (Patrol Rifle Optic) debuted at SHOT last week. The scope has been put together with law enforcement officers in mind. The basic optic is comparable to the Aimpoint CompM2 but with the more popular 2 MOA dot (emitter) rather than the larger 4 MOA dot. It features a QPR2 quick release mount which is also found on the military Aimpoint CompM4. With its 30,000 hour (3 - 4 year) battery life Aimpoint recommends turning it on and leaving it on. The MSRP is $440.

Video by SWAT Magazine
[Hat Tip: SWAT Magazine for the video and info. ]

buglerbilly

26-01-11, 06:31 AM

LaserLyte Unveils New Products at SHOT Show

Mary of LaserLyte shows the many new products, including the LT-PRO, TLB-1, its bayonet series and rear sight lasers at SHOT Show 2011. LaserLyte exhibited at the 2011 SHOT Show in Las Vegas, NV January 18-22, 2011 at Booth 340.

Sound quality is a bit iffy but still interesting range of products...........

buglerbilly

26-01-11, 06:33 AM

American Technologies Network Corp. Introduces New Thermal Imaging Weapon Sight

James Munn, COO of American Technologies Network Corp (ATN), introduces the new thermal imaging weapon sight at the 2011 SHOT Show. ATN exhibited at the 2011 SHOT Show in Las Vegas, NV January 18-22, 2011 at Booth 11374.

buglerbilly

02-02-11, 02:16 AM

KAC and Jerry Barnhart Team up for a New T-1 Mount

February 1st, 2011 | Photo Recon Product Announcement | Posted by Stickman

Knights Armament and Jerry Barnhart have teamed together to break tradition, and move in a new direction. While at the KAC booth we noticed a new Aimpoint T-1 mount. This new mount breaks the concept of being able to see your iron sights through your optic, and replaces that with a more “heads up” approach. For anyone who has spent time in a mask, you know how well a traditional cheekweld works. This should prove to aid in this, with the additional benefit of giving a little better situational awareness by not being cramped down on the weapon. This isn’t going to replace anything for distance shooting, but for guys who are kicking in doors and doing raids, I would expect to see more of this style item in the future.

What else does “The Burner” bring to the table with Knights? I’m not sure, I know that a pair of offset sights were built to compliment this T-1 (look for pictures soon), but with the abilities that Jerry Barnhart brings with shooting, I’m sure its going to get interesting quick.

buglerbilly

09-02-11, 04:56 AM

KAC Offset BUIS

February 8th, 2011 | Product Announcement | Posted by Stickman

I mentioned in an earlier article that Knight’s Armament Company (KAC)had released a set of offset Back Up Iron Sights (BUIS), and I’ve gotten some email giving me a reminder that people are interested in seeing them ASAP. With that in mind, here you go. The offset iron sights are a version of the KAC micro sights which we have played around with in the past. We have not had a chance to actually do a hands on review of these, but they are an item that I’ve never heard anything bad about. The idea of offset sights has been around for a long time, and most guys out shooting 3 gun matches are already familiar with them. If you are using a scope, or high mounted optic, you are not able to use your iron sights at the same time. Offset sights are used so the shooter can cant the weapon a little, and have immediate access. This is much quicker than pulling off an optic with your favorite QD system.

We hope to be able to get these sights, as well as the earlier posted KAC T-1 high mount to review down the road. For now, check out the pictures from SHOT Show, its as good as we’ve got right now.

http://www.knightarmco.com/

Read more: http://militarytimes.com/blogs/gearscout/2011/02/08/kac-offset-buis/

buglerbilly

09-02-11, 02:06 PM

NOT a weapon-monted system this time but a free-standing major item...........

Thales Delivers SSARF to UK MoD Ahead of Schedule

(Source: Thales UK; issued Feb. 9, 2011)

Surveillance System and Range Finder (SSARF)
The new Surveillance System and Range Finder (SSARF) allows a soldier to quickly establish the exact location and distance of enemy forces and determine the most appropriate and accurate mortar or artillery firepower to use.
The new all-weather, day and night system is hand-held, lightweight, with built-in GPS, thermal imaging, and laser range finder of up to 5km.
It is speedier, lighter to carry, more accurate and less conspicuous than previous systems which have no thermal imaging, GPS and is tripod mounted.
Photographer: Steve Dock
www.defenceimages.mod.uk

Thales UK has delivered the final batch of SSARF (Surveillance System and Range Finder) units to the UK Ministry of Defence (MoD) two months ahead of programme schedule. The final units were officially handed over on 12 January to the MoD, represented by Col Bill Pointing, Dismounted Soldier Systems (DSS) Integrated Project Team (IPT) leader.

A total of 707 SSARF units have now been built at Thales UK’s world-class optronics facility in Glasgow under the terms of a £30M contract awarded in February 2008. Despite an extremely aggressive delivery schedule, the Thales programme, engineering and manufacturing teams, all working closely with their counterparts at the MoD, have successfully concluded the prime equipment element of the contract.

The DSS Leader at the MoD’s Defence Equipment and Support organisation, Colonel Bill Pointing, said: “The SSARF project has been a great success; Thales and the DSS team have incorporated the experience of delivering the earlier Surveillance and Target Location System Urgent Operational Requirement into this important programme and delivered excellent kit early, which the User is already exploiting on operations.”

The SSARF units, which are the size of a large pair of binoculars and are used in a similar way, combine daylight and thermal vision with eye-safe laser range finding; embedded military Global Positioning Satellite and azimuth angular referencing provide accurate target location data for both mortar and artillery fire control. SSARF has now been deployed operationally and are providing UK troops in the field with an ultra- lightweight, compact, multi-role, night vision target locator capability.

Alex Cresswell, Thales Vice President in charge of Thales UK’s Land Defence business, said: “Delivery of the final SSARF units ahead of schedule amply demonstrates what can be achieved when companies such as Thales and the MoD work together in close co-operation. Ultimately, Thales’ goal is to provide our troops with reliable, leading edge and affordable equipment and we are delighted the SSARF units are now achieving this operationally.”

Thales is a global technology leader for the Defence & Security and the Aerospace & Transport markets. In 2009 the company generated revenues of £11.5 billion (€12.9 billion), with 68,000 employees in 50 countries. With its 22,500 engineers and researchers Thales has a unique capability to design, develop and deploy equip¬ment, systems and services that meet the most complex security requirements. Thales has an exceptional international footprint, with operations around the world working with customers as local partners.

Thales UK employs 8,500 staff based at 40 locations. In 2009 Thales UK's revenues were around £1.5 billion.

-ends-

Photographer: Steve Dock
www.defenceimages.mod.uk

buglerbilly

16-02-11, 01:22 PM

U.S. Army Orders 21,000 Thermal Sights from Three U.S. Suppliers

February 16, 2011

tamir_eshel

The AN/PAS-13 Thermal Weapon Sight (TWS), AN/PAS-13 family enables Soldiers with individual and crew served weapons to see deep into the battlefield, increase surveillance and target acquisition range, and penetrate obscurants, day or night. Photo: U.S. Army, PEO Soldier

A view through the thermal sight shows targets even under total darkness. Photo: U.S. Army, PEO Soldier

The U.S. Army is ordering 21,877 Thermal Weapon Sights at an investment of about $195 million. AN/PAS-13 According to the U.S. Army Program Executive Office PEO Soldier, Thermal Weapon Sights (TWS) gives Soldiers with individual and crew served weapons the capability to see deep into the battlefield, increase surveillance and target acquisition range, and penetrate obscurants, day or night.

The TWS systems use uncooled, forward-looking infrared technology and provide a standard video output for training, image transfer, or remote viewing. Thermal Weapon Sights are lightweight systems that are mountable onto a weapon rail and operate to the maximum effective range of the weapon.  TWS are providing soldiers in Afghanistan better capability to see and aim at night, or in dark indoors and underground space where Image Intensifier sights do not perform well.

The Army is fielding three different types of TWS Sights. The heavier one, fitted with x10 magnification is issued to leaders, snipers and operators of heavy support weapons. Photo: U.S. Army, PEO Soldier

PEO Soldier is fielding three types of TWS – the An/PAS-13(V)1 Light weapon thermal Sight (LwtS) weighing only 1.95 pounds (0.88 kg) is issued to infantry soldiers using M16/M4 type assault rifles and carbines as well as for the M-136 Javelin guided missile0 system. The (V)2 Medium weapon thermal Sight (MwtS) weighs 2.9 pounds (1.3 kg) and offers magnification of x5, is used with M249 and M240 series medium machine guns, and the 3.9 pounds (1.76 kg) An/PAS-13(V)3 heavy weapon thermal Sight (hwtS) issused for squad leaders using M16 and M4 weapons, snipers using M24 and M107 sniper rifles, and heavy machine guns and automatic grenade launchers (M2 HB and MK19). This type has a magnification of x10.

Three TWS manufacturers have recently won orders for this equipment, Raytheon, DRS an BAE Systems have won new orders for Thermal Weapons Sights, under ongoing indefinite-delivery/indefinite-quality contract (IDIQ) contracts with the U.S. Army. Raytheon and DRS have each received orders worth $68 million while BAE Systems received an order worth $58 million. The unit costs represented by the different orders may reflect different types of thermal sights, as the DRS and BAE systems won the orders at unit price of 9922.- and 9670.- respectively while Raytheon is selling its product at a cost of $7630.- All deliveries will be completed by mid-year 2012.

© 2011 defense-update.com

buglerbilly

19-02-11, 12:11 AM

SureFire Throws in Their Backup Sight Option

by christian on February 18, 2011

There’s been a flood of backup sight designs over the last couple years as some shooters who use holographic optics recognize the need for shorter-range options or an alternative if the power goes out on their primary.

It looks as if SureFire has thrown a product on the table to satisfy the needs of shooters who increasingly have to transition from medium to short range and want a simple solution that’s adaptable to multiple platforms.

Dubbed the Rapid Transition Sight, it was designed by SureFire’s suppressor division head Barry Deuck to be a simple, elegant solution for shooters who use a magnified optic as their primary sight.

-Ultra-Durable: Machined from 7075 aluminum alloy bar stock, light weight and twice the strength of 6061 T6 aluminum
-½ MOA elevation and windage adjustments

-Mil-Spec Hard Anodized finish

-Same height above bore as standard M4/M16A4 sights

-Ambidextrous: can be mounted for left or right hand shooters

-45 degree offset

-Low profile over picatinny rail only rising 2/10th of an inch so that it does not interfere with your primary optics

-Mounts directly to the top picatinny rail of your rifle

-No Special Tools Required: only uses a flat head screw and can easily be done in the field

-Compatible with military IR Laser/Illuminators, front sight designed to clear beam path

Looks like a simple solution for those who might have to make these transitions in a combat environment like Afghanistan where your Trijicon might work well for engaging ambushers or FOB attacks, but when the doors are being kicked, the 4x might be too much.

Read more: http://kitup.military.com/#ixzz1EM46vp7K

buglerbilly

17-03-11, 04:00 AM

Leupold Mark 8 CQBSS + M-TMR reticle = USMC’s new M2 and Mk19 sight?!

March 15th, 2011 | Contracts Product Announcement | Posted by Rob Curtis

We first got wind of the Leupold M-TMR reticle last fall. We were talking with Leupold about the development of the 1.1-8 Mk 8 CQBSS optic when they they told us they’d made a brand new reticle, just for this optic. They called it the M-TMR. We’d heard of the TMR (Tactical Milling Reticle), but not an M-TMR. The Leupold reps were very, very guarded about the origin of the M-TMR and would only tell us that the “M” stood for Marine.

When we finally got our hands on it, we had more questions. We had our friends in the scout/sniper community look at it- they could only guess what it was for. The optic itself? Yes, they loved it. In fact, they helped us review the scope (it’s coming). But they just couldn’t figure out what all the little ranging features were for and they told us reticle was just too cluttered for a sniper’s taste.

Well, a contract dropped last week for $2.43m to buy 728 Leupold, MK8, Heavy Day Optics. Okay, put them on the USMC’s Mk 12s, or even use them on the M110 SAAS. Get the snipers an optic that works on a variety of missions. If things get close and personal on a medium distance stalk, the CQBSS has them covered with their primary weapon. Case closed, right? Well, we couldn’t get around the fact that the snipers didn’t like the reticle. They told us they had called back to the schoolhouse and to their friends at precision weapons and nobody new anything about the M-TMR. Something wasn’t right. There was no way that SYSCOM was going to just shove this reticle into the sniper’s optics without some serious consultation with the USMC sniper school house team.

buglerbilly

05-04-11, 01:06 AM

A lot more on this new Leupold sight...............

Review- Leupold Mark 8 CQBSS M-TMR

April 4th, 2011 | Photo Recon Review | Posted by Stickman

The Leupold Mark 8 CQBSS is a variable power 1×8 scope that works as a general purpose optic allowing target and threat ID as well as engagement and distances substantially father than Aimpoints or ACOGs. All of this in a package that also allows room clearing and fighting house to house in a “one optic, multiple mission” package. I spent several months with this optic before it went out to our USMC sniper and sniper instructor friends for a few more months of use.

Does it work as a general purpose optic, or does it grind into obscurity as simply another “jack of all trades”? Click the picture and we’ll let you know the good and bad of it.

The CQBSS has aluminum flip up caps for protection in the front and rear of the optic. This works nicely on the front end, though there is concern on the back end that you can’t move it to the position you want once everything is adjusted. With the cheapo plastic caps you can dial everything in, and then slide them around for your own preference. This certainly isn’t a deal breaker for anything, and the aluminum caps show this isn’t a cost cutting optic, though with prices listing in the $4,000 range you wouldn’t think cost cutting should even be in this article. My own concern comes into play more based on the magnification adjustment . The entire rear bell can be grabbed and rotated for rapid adjustment in the field, and keeping gloves on isn’t a problem. However, grabbing the cap and rear housing while twisting it quickly made me paranoid that I was going to leverage and snap the piece off. No point in breaking anything if there is no need, especially since Rob signed for it. I did my testing without the rear cap to avoid any ugly eventualities.

I commented already about the magnification adjustment, but it deserves its own section. Adjustment is smooth and even, there are no tight or loose spots in the travel range and there were no issues of accidental changes in settings while getting tossed around. Looking through the glass while zooming in or out the glass stayed as clean, bright, and even as you would expect for an upper end optic. No shadowing , uneven areas, wobble or distortion was viewed at any time. This glass is clear, clear, clear, and it should with a Mark 8 designation. Light transmission is fantastic through the CQBSS’s 34mm tube.

Read (a lot) more here: http://militarytimes.com/blogs/gearscout/2011/04/04/leupold-mark-8-1-1-8-x24-cqbss-m-tmr/#more-8822

buglerbilly

19-04-11, 03:58 PM

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

MCOE Soldier Requirements Division Industry Day

April 19th, 2011

Some interesting concepts came out of the recent Maneuver Center of Excellence Soldier Requirements Division Industry Day. MCOE is based at Fort Benning and combines the Infantry and Armor schools. One of the concepts we found most promising is the Squad Common Optic. It has basically already happened in OEF due to the engagement distances that have made the M68 Close Combat Optic all but useless. The Army is finally coming to grips with the requirement for a single site that can switch from a 1x to 4x, 6x, or even 8x.

For those of you that missed the event, here is a link to the slides.

http://www.benning.army.mil/mcoe/cdid/Content/PDF/SRD%20Industry%20Day.pdf

On a final note, it is very important for our readers to understand that the actual requirements for Soldier Systems come from SRD and not PEO Soldier. Nothing is supposed to be developed without a valid requirement. To put how they are doing into perspective for you, the most current, approved requirement for body armor is dated 1998. Next time you want to shake your fist at PEO Soldier for your equipment, please remember that they are doing one hell of a job considering the lack of current requirements documentation that has been written since the beginning of the war. Granted, not all documentation is outdated, but much of the Soldier-centric stuff is. It’s good to see SRD hosting Industry Days. Unfortunately, much of the emphasis was on lethality.

buglerbilly

27-04-11, 11:03 AM

Via the Firearm Blog..........

Carl Zeiss new illuminated Duralyt Scopes

Last year Carl Zeiss introduced their new line of Duralyt scopes. For 2011 they have added illumination. Andrew took a look at the new illuminated Zeiss Duralyt 1.2-5x36 ILL at IWA '11 ...

Uploaded by GunsForSaleDotCom on Apr 26, 2011
A brief overview of the new Zeiss Duralyt 1.2-5x36 ILL illuminated scope for 2011 from Carl Zeiss.

Unfortunately Zeiss has not yet introduced the Duralyt line to the USA. For now it is only being sold in the European market. The Duralyt 1.2-5x36 sells for about 950 Euros.

buglerbilly

29-04-11, 02:55 PM

Via Soldier Ssystems blog........................

SureFire HellFighter 4

April 29th, 2011

SureFire will be exhibiting the new HellFighter 4 (HF4) weapon light next week at Warrior Expo West. Intended as aweaponlight / searchlight / IR illuminator, the HF4 features two settings; High: 3,000 lumens and Low: 1,000 lumens and also offers a strobe setting.

The biggest improvement is the internal rechargeable lithium ion battery pack that will run the HF4 at full output for 30 minutes which is in addition to the 12v vehicle or BA-5590 power adapters. Additionally, the HF4 features a dual swing-open filter/cover system, allowing white light, filtered infrared, or an opaque protective cover. Finally, the HF4’s reflector has also been modified to improve beam reach and offer wider peripheral light for situational awareness.

SureFire has ingeniously integrated the carrying handle for dismounted use into the weapon mount. The mount itself has also been modified to include both the original heavy-duty T-rail clamp as well as an intermediary adapter mount that permits attaching the HF4 to a Picatinny rail. The HF4 kit includes mounting hardware and tools as well as power cables. For a full list of features and tech data check out this product brochure.

buglerbilly

01-05-11, 03:16 AM

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

DLOC – PVS-14 Mount

April 30th, 2011

US Tactical Supply is now offering Alamo Four Star, LLC’s PVS14 mount which allows you to instantly transition your NODS from helmet to weapon.

The mount quickly attaches the PVS14 monocular night vision system to any MIL-1913 rail system without throw levers or any tools yet allows the 14 to be mounted close to optics due to its unobtrusive design. Additionally, the mount does not interfere with helmet mounting. It also features a simple, one-handed, pincher-type attachment. Finally, while the mount comes standard for right hand use, it can be converted for left hand use.

http://ustacticalsupply.com/dloc-pvs-14mount.aspx

buglerbilly

11-05-11, 10:20 AM

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

LaserLyte Introduces Tan Kryptonyte Laser

May 11th, 2011

LaserLyte has introduced a version of their K-15 Kryptonyte Laser in Tan which will match most tactical weapons. The LaserLyte K-15 Kryptonyte requires three inches of space on a Mil Std 1913 Picatinny or weaver type rail to attach and is constructed of aircraft grade 6061 aluminum with T3 hardness that has been Tan anodized with Level 2 hardness. Additionally, the chassis has been laser engraved so that the markings clearly display user-friendly features. It is also fully adjustable with hex drive screws protected by sealed turret caps. The offset design of the laser aperture allows for more flexible mounting options. The recessed activation selector can be changed to off, constant on and momentary on which is used with the 10-inch long tape switch.

It features a Class III Green laser can be seen in daylight up to 100 yards and at night up to a mile away which is powered by a single CR-123 battery.

www.LaserLyte.com

http://www.laserlyte.com/New_Products/NEW_K-15T.html

buglerbilly

20-05-11, 10:26 AM

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

New Reticle Options for the Meprolight M21 Combat Sight

May 20th, 2011

Meprolight’s M21 reflex sight is imported from Israel by The Mako Group. It is a self-illuminated reflex sight powered by tritium and a fiber optic collector system. While it is the standard issue combat sight for the Israeli Defense Forces, they feel it is also a great option for Law Enforcement duties. One of the biggest advantages of the M21 is that it requires no batteries and has no switches to break. This means that it can be mounted to a rifle and there is no chance of encountering a dead battery when you need it most.

In addition to the cost savings associated with batteries, there is another advantage. Mako has worked with Mepro to introduce new reticle options. The standard reticle for the US market has been the bullseye reticle, but they have now added the Triangle reticle, Open X reticle, and both 4.3 MOA and 5.5 MOA Dot reticles.

“The non-electronic Mepro M21 sight with bullseye reticle has proven immensely popular with law enforcement agencies who need a rugged sight that can withstand rough rides and extreme temperatures in the trunk of a patrol car, and is always ready for instant use without worry about dead or leaking batteries,” Addy Sandler, CEO of The Mako Group explained. “Now these agencies have the option of choosing the precise triangle and dot reticles to fit any intended use.”

For more information about the Mepro M21 Self-Powered Reflex Sight and the new reticle options, visit www.themakogroup.com.

buglerbilly

28-06-11, 07:48 AM

Optics added for entry-level rifle training

By Dan Lamothe - Staff writer

Posted : Sunday Jun 26, 2011 8:59:08 EDT

James J. Lee / Staff Recruits at Parris Island, S.C., conduct rifle traiing on May 4. Recruits will use scopes in training in July as part of a pilot program.

MARINE CORPS BASE QUANTICO, Va. — In a significant reversal, the Marine Corps has begun using optics at entry-level training, and could do so on a permanent basis beginning next year.

The scopes will be used by recruits based at Parris Island, S.C., and San Diego beginning in July as part of a pilot program, said Col. Timothy Armstrong, head of Weapons Training Battalion based here. Two companies of new lieutenants here at The Basic School already have trained with them, and shown dramatic improvements in how they shoot, Marine officials said.

“There’s going to be about 8,000 Marines at entry-level going through this pilot study,” Armstrong said. “We’re going to take a look at where the data takes us, and have an organized discussion to bring marksmanship forward.”

The decision is one of several changes recommended during the 2011 Combat Marksmanship Symposium, held in March. Other training changes include launching a combat pistol program and developing online classes for combat marksmanship coaches and trainers.

The pilot program was developed after officers with the Plans, Policies and Operations branch asked marksmanship officials to assess pros and cons of using optics at entry-level training, and whether making them the primary aiming device there made sense, Armstrong said. The discussion was incorporated into the marksmanship symposium, which brought together some of the service’s top weapons experts and marksmanship educators.

It’s a significant change of course, considering the Corps announced last October that it was sticking with its plan to keep scopes away from boot camp and early training for new lieutenants. That decision was pushed by Gen. James Conway, who retired as commandant about a week later.

“If there’s a more emotionally charged debate within marksmanship, I don’t know what it is,” said Chief Warrant Officer-4 Martin Dankanich, a range officer with the battalion. “You don’t want to make a decision based on that. At the end of this proof concept, I think there’s going to be some Marines on both sides of the discussion who are surprised, one way or the other.”

Under the pilot program, recruits will spend nearly all of their entry-level training using the optic, but also will qualify with iron sights, said Chief Warrant Officer-3 Christian Wade, a gunner at Weapons Training Battalion. New Marines will receive additional training on the iron sights at the School of Infantry or Marine Combat Training, he said.

The Corps-wide marksmanship symposium was the first held since 2005, and will become an annual event. Recommendations will be made annually to the rest of the Corps and briefed to the deputy commandant for combat development and integration, currently Lt. Gen. George Flynn.

buglerbilly

29-06-11, 02:36 PM

Pentagon Contract Announcement

(Source: U.S Department of Defense; issued June 28, 2011)

Schmidt and Bender, Inc., Claremont, N.H., is being awarded a $34,209,500 firm-fixed-price contract for precision sniper rifle dayscope, mounting rings, spares parts, repairs and upgrades.

Precision sniper rifle dayscopes will be used by special forces for the Army, Navy, Air Force, and Marine Corps.

The precision sniper rifle dayscope consist of several configurations that are required for use on existing and future sniper rifles. The configurations are tailored to the sniper’s training regimen, the weapon system effective range, and the weapon system caliber.

The precision sniper rifle dayscope will be used around the world in extreme and adverse conditions including underwater, surf-zone, desert, arctic, jungle and urban environments.

Work will be performed in Biebertal, Germany, and is expected to be completed by June 2016. Contract funds in the amount of $29,920 will expire at the end of the current fiscal year. This contract was competitively procured and solicited via the Federal Business Opportunities website, with five offers received.

Naval Surface Warfare Center, Crane, Ind., is the contracting activity (N00164-11-D-JQ31).

-ends-

buglerbilly

30-06-11, 11:46 AM

More on this new award from Soldier Systems blog plus pics............

Schmidt and Bender Awarded SPR Scope Contract

June 30th, 2011

Yesterday, the Navy Announced that Schmidt and Bender, Inc was awarded a $34,209,500 firm-fixed-price contract for precision sniper rifle dayscope, mounting rings, spares parts, repairs and upgrades. According to the DoD announcement:

Schmidt and Bender, Inc., Claremont, N.H., is being awarded a $34,209,500 firm-fixed-price contract for precision sniper rifle dayscope, mounting rings, spares parts, repairs and upgrades. Precision sniper rifle dayscopes will be used by special forces for the Army, Navy, Air Force, and Marine Corps. The precision sniper rifle dayscope consist of several configurations that are required for use on existing and future sniper rifles. The configurations are tailored to the sniper’s training regimen, the weapon system effective range, and the weapon system caliber. The precision sniper rifle dayscope will be used around the world in extreme and adverse conditions including underwater, surf-zone, desert, arctic, jungle and urban environments. Work will be performed in Biebertal, Germany, and is expected to be completed by June 2016. Contract funds in the amount of $29,920 will expire at the end of the current fiscal year. This contract was competitively procured and solicited via the Federal Business Opportunities website, with five offers received. Naval Surface Warfare Center, Crane, Ind., is the contracting activity (N00164-11-D-JQ31).

There will be two models:

Army Configuration: 5-25x56PMII/CCW/CM/H58 Locking Turrets/Tan
US Navy Configuration: 5-25x56PMII/CCW/ 1/4 MOA/ H2CMR Reticle, Locking Turrets/Tan

www.schmidtbender.com

Thanks to US Tactical Supply for the heads up

buglerbilly

04-07-11, 06:07 AM

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

KAC Introduces 45° Offset Rail Mounted Micro Folding Sights

July 3rd, 2011

45° offset mounts for backup sights are becoming more popular. When needed, the shooter cants the weapon to the left to bring to sights into alignment with the target. Some of these new mounts utilize fixed sights which may become hung up on equipment or obstacles, while others utilize mini red dot sights which often rely on batteries themselves or may be suffer from broken glass. Knight’s Armament Corp on the other hand, has adapted their adjustable back up iron sights for use in the offset role.

The front sight is adjustable for elevation and the rear sight can be adjusted not only for windage, but also for ranges between 200-600 meters.

www.knightarmco.com

buglerbilly

08-07-11, 06:16 AM

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

Integrated Mount Universal Night Sight

July 7th, 2011

NSWC-Crane has recently procured the Integrated Mount Universal Night Sight (IMUNS) System manufactured by Badger Ordnance as an upgrade to the Mk13 Mod5 .300WM Sniper Rifle.

The IMUNS replaces the current bipod mounting block in the Accuracy International AICS chassis and allows the use of integrated night vision devices such as the A/N PVS-22, A/N PVS-24, and A/N PVS-27. The IMUNS has removable side accessory rails allowing the use of laser aiming devices such as the ATPIAL/DBAL as well as other target aiming/designating systems.

It also allows the day optic to be mounted a full one inch lower, keeping the optical path in line, lowering the overall height over bore, and providing the shooter with a more natural cheek weld behind the rifle.

http://badgerordnance.com/

buglerbilly

12-07-11, 10:35 AM

Via the Firearm blog...............

New Leupold HAMR: High Accuracy Multi-Range Mark 4 Tactical

Leupold's newest tactical scope, the Leupold Mark 4 HAMR (High Accuracy Multi-Range), is aimed squarely at a product category dominated by Trijicon1 . The Leupold HAMR is a compact, lightweight, fixed 4x power scope designed specifically for the AR-15 and similar 5.56mm chambered rifles.

Like many of the Trijicon ACOG scopes, the HAMR is available is a red dot sight mounted on top of it. This allows the operator to quickly switch from 4x zoom of the main scope to the 0x zoom of the Leupold Deltapoint red dot when engaging in close quarters combat, where a zoom scope if undesirable. The Deltapoint is available with a 3.25 or 7 MOA red dot.

The scope uses Leupold's CM-R² reticle, ballistically calibrated for the 5.56mm round. Leupold's premium Xtended Twilight Lens System and DiamondCoat 2 coating ensure good light transmission. The optics should perform well at medium ranges out to 800 yards.

The below table compares the Leupold HAMR with a similar Trijicon ACOG, the TA01NSN-RMR. Neither are a clear winner in terms of features. Both cost about the same. The Trijicon with its battery-less operation and a bigger Objective Aperture lens could make it the winner if you need these features. The HAMR, on the other hand, is lighter, shorter and has much better eye relief. Ultimately the decision to purchase one or the other will come down to personal needs.

Leupold HAMR / Trijicon ACOG 4x32 (TA01NSN-RMR)

Magnification - 4x / 4x

Objective Aperture (OA) - 24mm / 32mm

Red Dot Sight - Delta Point (3.5 or 7 MOA) / Trijicon RMR (3.25 MOA)

Weight (without Red Dot) - 12.9 oz. / 14.96 oz.

Length - 5.5" / 5.8"

Night Illumination source - Battery / Tritium

Day Illumination source - Battery / None

Bullet Calibrated Optic - Yes. 5.56mm / Yes. 5.56mm

Eye Relief - 2.71" / 1.5"

Price (inc. Red Dot) - Approx. $1500 / Approx. $1700

Product Info - Leupold.com / Trijicon.com

--------------------------------------------------------------------------------
1. Other competitors include the Elcan C79 optical sight and SUSAT L9A1, but neither sell to civilians.

buglerbilly

03-08-11, 02:34 PM

DRS Technologies Awarded IDIQ Contract Valued at up to $514 Million From U.S. Army to Qualify and Produce Lightweight Laser Rangefinders for Weapon Systems

(Source: DRS Technologies; issued August 2, 2011)

The Small Tactical Optical Rifle Mounted (STORM) Micro-Laser Rangefinder (MLRF)
The Small Tactical Optical Rifle Mounted (STORM) Micro-Laser Rangefinder (MLRF),
AN/PSQ-23 is a lightweight, multifunctional laser system designed to operate
on individual and crew served weapons. It combines the functionality of a laser
rangefinder, the AN/PEQ-2A Aiming Light, the Multiple Integrated Laser Engagement
System, a digital compass, and a visible pointer into a single package. Combined with
a Precision Lightweight GPS Receiver or a Defense Advanced GPS Receiver, the system
can compute and display highly accurate target locations.

PARSIPPANY, NJ --- DRS Technologies, Inc. announced that its Reconnaissance, Surveillance and Target Acquisition (RSTA) Group has been awarded a five-year indefinite-delivery, indefinite-quantity (IDIQ) contract, valued at up to $514.3 million by the U.S. Army Contracting Command to qualify and manufacture the Small Tactical Optical Rifle Mounted Micro-Laser Range Finder (STORM-mLRF).

The contract calls for a minimum delivery of 150 and a maximum of 32,000 rifle mounted micro-laser range finders from DRS Technologies.

Integrated into a single system, the STORM sight combines a laser range finder with a digital compass and a processor that computes and displays targeting data, an infrared aiming laser, a visible pointer and illuminator, and the Multiple Integrated Laser Engagement System (MILES) to simulate tactical engagement in training exercises. It is designed to operate on an array of Army weapons including the M16A4, M4, M107 and M110 -- as well as on the Stryker Remote Weapon Station and the Common Remotely Operated Weapon Station (CROWS II).

DRS RSTA, based in Melbourne, Fla., and Dallas, Texas, will apply its expertise in system integration and systems engineering as the prime contractor for the project. RSTA will test and produce the STORM for the Product Manager Soldier Precision Targeting Devices unit of the Army's Program Executive Office (PEO) Soldier, which develops and fields advanced equipment for the nation's warfighters.

"We are in the business of strengthening and broadening the capabilities of today's military forces through technology," said RSTA President Terry Murphy, "For nearly half a century, DRS has perfected the development of lightweight, portable, thermal-based detection and engagement systems to help protect hundreds of thousands of troops by enabling them to operate effectively. This contract is a welcome confirmation that our technologies provide value to our military customer."

DRS Technologies, Inc. headquartered in Parsippany, N.J., is a leading supplier of integrated products, services and support to military forces, intelligence agencies and prime contractors worldwide. The company is a wholly owned subsidiary of Finmeccanica S.p.A. which employs more than 75,000 people worldwide. (ends)

Finmeccanica Won a New Order by the U. S. Army

(Source: Finmeccanica; issued August 2, 2011)

Finmeccanica, through its company DRS Technologies, has been awarded a contract valued at up to USD 514 million by the U.S. Army to supply the Small Tactical Optical Rifle Mounted Micro-Laser Range Finder (STORM-mLRF).

The five-year indefinite-delivery, indefinite-quantity (IDIQ) contract calls for qualification and manufacturing of a minimum delivery of 150 and a maximum of 32,000 micro-laser range finders.

DRS’ STORM sight combines a laser range finder with a digital compass and a processor that computes and displays targeting data, an infrared aiming laser, a visible pointer and illuminator, and the Multiple Integrated Laser Engagement System (MILES) to simulate tactical engagement in training exercises.

-ends-

buglerbilly

13-08-11, 05:46 AM

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

Re-Focus Ring

August 12th, 2011

Anyone who’s worn a night vision device can tell you that it is a pain to have to refocus your lens when transitioning fro looking at a an object in the distance to something closeup such as a weapon or map. The Re-Focus Ring (RFR) from O’gara is now available exclusively from Tactical Night Vision Company.

Designed as a monocle that flips up and down to instantly transition from infinity to an instant close focus of 18”. Standard baseline focus of NODs is about 15’ out. Anything closer starts to get progressively more blurry. Traditionally, the operator needed to manually refocus the objective and diopter or replace the objective lens cap on the goggle to get a close focus which usually requires two hands and lots of fumbling in the dark. The RFR requires a half second to flip up or down, allowing the operator to refocus on the fly.

The RFR has been in service with special operations units for years and now it’s available to you from www.tnvc.com

buglerbilly

25-08-11, 11:17 AM

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

Infrared Tools CaTTIS

August 25th, 2011

Here’s another product to check out at next week’s Soldier Equipment & Technology Expo & Conference at Fort Bragg. Ever have to “figure out” how to calibrate your thermal weapon sight? Infrared Tools developed the CaTTIS as an effective and consistent tool to calibrate a thermal weapon sight. It is easy to set up, easy to use, and works in all environments.

CaTTIS is available in two flavors. CaTTIS I is their original 25 meter zero target which works in all environments and uses chemical heaters for a clear aim point. CaTTIS II is the new 25 meter zero target with works in most environments and is smaller, lighter, and less expensive.

Learn more at www.InfraredTools.com.

buglerbilly

01-09-11, 02:27 AM

T&E: Down Range Gear NOD Lanyard

by Christian on August 31, 2011

It’s been a while and I sorta owe our friends at Down Range Gear an apology for the delay, but we’ve finally had the opportunity to do a no joke test and eval on their NOD retention lanyard.

Look, Down Range Gear is a cool little company that makes the kind of solutions that others ignore as too small for the trouble — MALICE clip belt stabilizers, drop rig belt hangers, enhanced goggle strap keepers— you get the idea.

Well they have this neat little solution for a problem that plagues many a Joe and Grunt — and gives Gunnies and Sgts 1st Class fits: a low profile NVG retention system.

Down Range Gear sent us a package of them for T&E and I passed them along to some Joes I know in Kandahar who put them through their paces. Here’s what they thought…

As for the NODs lanyards, they’re definitely a high speed version of our 550 cord tie downs. They’re kind of a pain in the ass to install because you have to undo the rhino mount base plate (we never seem to get them back on “just right”), but the install was well worth the trouble. The male/female clips are easy to attach and detach with gloves on and no more tacky carabiner dangling from your camo/name band. The bungee cord stretches with ease and it doesn’t hinder the sight picture at all. I say that because some of our 550 cord tie downs are either too tight or too lose and your eye naturally tries to find the right angle at which a clear picture is present or you’re consistently readjusting your helmet or rhino settings.

The only downside we found out is when you have them on and you accidentally hit the detach button on the NODs/rhino mount, the NODs will swing into your eye causing a mild case of “scope eye”, but that of course is if you’re not wearing your clear eyepro (but we rarely wear them at night anyhow because its uncomfortable, so it’s our fault.)

No better eval than straight from the horse’s mouth. We want to thank the boys from 1-32 3BCT 10th Mtn Div. for their time and help with giving us the gouge on the Down Range Gear NOD Retention Lanyard.

Read more: http://kitup.military.com/#ixzz1WejIt8cM
Kit Up!

buglerbilly

01-09-11, 02:36 AM

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

Soldier Equipment & Technology – Lucid LLC

August 31st, 2011

First time exhibitor Lucid LLC offered their HD7 Red Dot Sight paired with the industry’s first 2x -5x variable accessory magnifier.

There are two versions of the HD7 RDS available. The commercial model with a zero POI shift between four operator selectable reticles and a military version with a single reticle and capped turrets. Both versions are powered by a single, readily available AAA battery providing 5000 hours of service. The red dot has multiple brightness settings and features an auto brightness sensor and auto shutoff after two hours. It comes with an integral 1913 mount that features thumbscrews. It has been tested for the past three years with numerous civilian and LE shooters. In fact, I have fired a carbine equipped with the HD7 and it was simple to use and maintained zero.

When coupled with a swing out ADM mount, the magnifier can quickly be placed in and out of action based on conditions.

www.mylucidgear.com

buglerbilly

14-09-11, 03:11 AM

Night Optics for Turning the Corner: Corner Shot ‘NVG’

by The Mad Duo on September 13, 2011

You may remember the Corner Shot Weapon System from Brandon’s report back in April. We’ve always thought it was an interesting idea and have been following the system since it was introduced. A couple of days ago we got a phone call from Joey Boswell of War-Sport Industries to let us know there’s now a night vision camera option available, just recently developed by the Israelis. It replaces the camera on the front end of the pistol mount, at the end effector and can be switched out with whatever lens is already attached in less time than it takes to pull the new one from the carry pouch.

It’s manufactured in Israel, distributed in US by War-Sport, and uses digital NVG technology rather than analog (so it’s not green, like a PVS-14 but rather black and white). It uses a ccd camera vs. a fiber-optic coupler and while they admit it doesn’t perform terribly well outdoors, it reportedly performs very well inside. T & E results show that it allows good target identification and visual acuity up to approximately 40’ away. (Though it’s digital, not analog, it will still pick up on IR sources and whatnot, just like the goggles most of us are used to.)

You can’t really tell standard lenses from the new NVG (the original kit comes with 6mm and 12mm attachments) because the housing and body style are all identical. Only the guts are different. Joey advised they’ve been using 40 mike-mike pouches to carry different lenses for different operational environments as they train with it and test with it in different facilities.

There’s no website up for the new attachment, right now the only ones in the United States are at the War Sport facility (which will be providing all Corner Shot service and support). You can direct questions or see pictures and video on their website, however, and at the Connecticut SWAT Challenge, which they recently sponsored.

You can also watch the Corner Shot in action on the Turn the Corner episode of History Channels “Top Shot”…which airs tonight at 2200 EST.

We’re hoping to be shooting one soon, to try it out for ourselves. Cuz, you know, it’s the Mad Duo that owns the night. We just loan it out once in a while.

Read more: http://kitup.military.com/2011/09/night-optics-for-turning-the-corner-corner-shot-nvg.html#ixzz1XsutddqK
Kit Up!

buglerbilly

27-09-11, 11:57 AM

Via the Firearm blog.............

Raytheon ELCAN SpecterHR and SpecterDR

Many folks who buy their first home defense crew served machine gun forget that even an 80 lbs gun is still a gun and benefits from high quality optics. If your M2HB is still only equipped with the factory iron sights, look no further than Raytheon ELCAN SpecterHR / SpecterDR combo scope.

SpecterDR atop a SpecterHR at DSEi '11

Raytheon's ELCAN SpecterHR is a large (8.35" x 4.96" x 6.42") 1x reflex sight. The 4"x2" view box combined with infinite eye relief and ballistic compensated reticle is perfect for heavy machine guns. For those of you who don't believe one scope is enough, the HR is equipped with a picatinny rail for mounting a higher zoom optic. The SpecterDR 1-4x is the perfect complement to the HR when you need to reach out and touch someone. On the top of the SpecterDR is a fixed aperture sight, just in case your other two sights malfunction.

US Ordnance M2HB at DSEi '11

[ Many thanks to Lionel for the photo. ]

buglerbilly

28-09-11, 02:18 PM

Thermal imager for every soldier

The goal of LCTI-M is to develop a wafer scale manufacturing process that will result in a camera on a chip, making thermal imagers affordable, accessible, and ubiquitous to every warfighter.

The Advanced Research Projects Agency (DARPA) is laying the basis for the next step in thermal imaging – developing mass-produced thermal imaging sensors integrated into that will be integrated into thermal cameras the size of today’s button size cameras used on mobile phones. Using uncooled sensor technology, such cameras could be employed by every warfighter, bringing ‘the soldier is the sensor’ vision to reality.

The key for such capabilities are low cost production methods, capable of integrating miniature thermal cameras into handheld military hardware that will be compact and lightweight as mobile phones. Another challenge is providing efficient connectivity for all those devices to dynamically share these images into a dynamic and ultra-detailed ‘world image’.

DARPA awarded two low Cost Thermal Imager Manufacturing (LCTI-M) contracts worth $13 million, to Raytheon Vision Systems, and BAE Systems, for the development of production processes for such low-cost, miniature thermal cameras within two years. The goal is to bring the cost of such micro-camera, optics, manufacturing, and software to under $500 per unit. And the target weight of the device is 25 grams.

Raytheon’s development effort aims to reduce the cost of uncooled infrared sensors by 10 times, to enable widespread use of this technology in the modern battlefield. BAE Systems will develop the wafer-scale integrated thermal imager manufacturing capability to produce very low-cost and high-throughput thermal camera components. Also, the performer will facilitate technology transition of a very compact fully integrated thermal camera interfaced to a small handheld platform, such as a cell phone.

buglerbilly

28-09-11, 05:12 PM

Via Soldier Systems blog.......

MDM – CTC Defense

September 28th, 2011

CTC Defense has developed the SFL-100 Low Light Aiming Laser for use with the Nammo Talley M72 series of LAW rockets. Available in Red and IR laser (with Green coming soon). This aiming device has been shown to increase night time hits by 20%.

New LAWs are coming with the mount you see here. Take a look at the cams at the aft end of the mount. These are machined to coincide with the type of round and the range settings on the SFL-100. This is because different variants of the M72 have different ballistic properties. These mounts can also be retrofitted on to existing rounds.

The SFL-100 is removable and can used over and over. Powered by a single AA battery, it can be had for under $250.

www.CTCdefense.com

buglerbilly

10-10-11, 04:25 PM

Trijicon SRS – The evolution of the red dot

Posted by Chris Kelly | October 10th, 2011 | AUSA 2011

Trijicon SRS

BY ROB CURTIS – REVIEW: Released today at AUSA, the Trijicon SRS (Sealed Reflex Sight) is the newest red dot sight on the market. Trijicon took a hard look at the 1x magnification sight market and did what it took to get on top. The state of the art in red dot sights has been the Aimpoint CompM4, a great sight, but a bit long in the tooth. Looking at the feature list, it’s easy to see how Trijicon took on the CompM4.

The bullet points:

•1.75 MOA red dot

•38mm objective lens- The SRS has a huge viewing window, nearly eliminating the tube effect

•Runs for 3 years on an average setting and uses the solar panel to power the optic in place of the AA battery when in sunlight

•Automatic plus 10 individual brightness settings for the red dot, 1-3 are night vision compatible

•Sealed, rugedized case

•No tools needed; sighting adjustments can be made with a shell case and the Bobro self-adjusting mount snaps into place with a locking lever

•3.75 inches long

I had a few hours on the range with the new optic last week and found one of the greatest features of the SRS is the near elimination of tube effect. That’s the feeling that you have to look through a tube to see the red dot reticle and the target area past it. The SRS’s tube is far shorter that the CompM4 and its field of view is about 2.5 times more. What’s more, looking at the sight from the cheekweld, the outside walls of the sight are thinner, allowing you to look through the sight with one eye and easily see what’s past it with the other. End result: way more situational awareness than looking through at narrow tube.

The 1.75-MOA dot is small enough to engage targets out past 100 yards with precision. I was able to hit clay targets on the backstop from 100 yards with ease and 300 yards should be an easy lift for the tiny dot.

Trijicon thought hard about making sure the battery-powered optic is running when you need it. They set it up to run from the solar panel on top when there’s sunlight available, leaving the battery unmolested ’till the sun goes down. Once it gets dark, only then does it draw on the battery. The optic should last a few years this way. I ran the red dot in the SRS at normal levels after pulling the battery completely out of the unit. It ran like a champ on nothing but the sun.

At first glance, the unit looks big and chunky. Short, but sort of stout. It wasn’t ’till I put it up next to the Aimpoint CompM4 and an EOTech that I realized the shape hides the fact that the sight was actually smaller than it looks. The stubby appearance belies the measurements and the thing is actually roughly the same size or smaller than 1x mag competitors.

The only place the SRS cedes any ground is in weight. With batteries, it’s about an once heavier than a CompM4. Now, an ounce isn’t a lot, but with all the effort that’s gone into lightening the soldier’s load it’s still an ounce in the wrong direction. But, all things considered, the ounce is something worth giving up to get the reliability, accuracy and situational awareness of the SRS.

Trijicon tells me they are going to have the sight in the hands of retailers after SHOT Show 2012 for under $1,000. I’m guessing that the number will be closer to what the CompM4 is selling for, seeing how they’ve clearly set their sights on taking out the Aimpoint.

buglerbilly

11-10-11, 02:35 AM

More pics on the Trijicon SRS...........from GearScout.......EXCELLENT pics as usual, just about everyone else NEEDS lessons from these guys about clarity of images and information they contain!

Trijicon SRS Optical Weapon Sight

buglerbilly

13-10-11, 03:17 AM

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

GPNVG18

October 13th, 2011

The Ground Panoramic Night Vision Goggle 18 from L3 Warrior Systems‘ Insight Technology division are a modification of the Panoramic goggles originally developed to provide Aviators with a wider field of view. Legacy night vision binocular systems with their 18mm tubes offer a 45 deg FOV while the Panoramic model’s four smaller tubes (16mm) increase that out to 95 deg.

Above you can see the GPNVG18 in Blue Force Gear’s AUSA booth. It is mounted on a Crye Precision AirFrame Helmet with an Adams Industries ANVIS mount.

If you’re wondering, yes the GPNVG18 uses a separate battery pack. Remember, it was originally designed for Aviation use so it’s much like ANVIS technology.

Here is the complete kit all snuggled in a nice, padded storage case with removable hard case for the goggle.

There aren’t a lot of these systems out there yet, but they are there. Hopefully, we’ll see more. However, the Aviation folks are already looking at new helmet technology that eliminates night vision goggles altogether but rather puts a panoramic screen in front of the eyes of the Aviator and projects data normally found on a Heads Up Display as well as images taken from night vision cameras on the side of the helmet as well as other locations.

buglerbilly

18-10-11, 01:24 PM

Via the Firearm blog.............

Leupold’s Marines CQBSS .50 M2 & 40mm Mk19 Mount

I was very skeptical when I first heard that Leupold was selected to supply the USMC with their Mark 8 1.1-8x24mm CQBSS scope for use on .50 BMG M2 and 40mm Mk19. machine guns. The CQBSS is an impressive scope but was designed for sniper or DM rifles, not heavy machine guns.

As it turns out, the scope is only half the story. They developed a sophisticated mount that holds the CQBSS as well as an EOTech holographic sight side by side, and still allows the use of iron sights. Also, it looks like the entire mount can be adjusted for range by the operator. Genius!

This mount also solves the problem many of your pointed out a few weeks ago when I blogged about Raytheon ELCAN SpecterHR and SpecterDR. Because the SpecterDR is mounted on top of the SpecterHR, the operator needs to put his head up high to use it, putting himself at greater risk of being shot. Mounting the holographic scope and optical scope side by side solves this problem.

[ Many thanks to TenPoundMonkey for photos and info. ]

buglerbilly

19-10-11, 01:30 PM

USMC Looking for New Thermal Weapon Sight

by Brandon Webb on October 19, 2011

TPIR-45 by Torrey Pines Logic

Low-Cost FLIR
TPIR-45™ is a family of low-cost FLIRs operating in long IR (7-14µ) range. Built to exacting standards, TPIR-45™ are shock and water-resistant and will withstand the environment when used as a weaponscope. Fast detachable mount allows the unit to be interchanged with other optical equipment in seconds. The electronic reticle allows precise targeting, changes color to provide maximum contrast against its background and optionally will estimate the temperature of the target in crosshairs. TPIR-45™ operates on either AA (8) or CR123 (4) batteries with swapable battery packs and has auxiliary port for operation on external battery, AC electrical outlets or vehicle cigarette lighters. A video output port allows the video to be displayed on an external video monitor or recorded and transmitted wirelessly. When used as a scope, TPIR-45™ may be operated hand-held or tripod mounted and externally controlled through software. TPIR-45™ is provided with 2x afocal adapter.

Marine Corps Systems Command (MARCORSYSCOM…gotta love those acronyms) is looking for a thermal weapons sight that can attach via rail system and also transition to a hand held unit. The system if focused on the infantry squad. There haven’t officially requested proposals but should be officially requesting around the first of the year. I’ll keep you posted on any new info.

For those of you that don’t know, MARCORSYSCOM provides the USMC with pretty much everything related to vehicles, guns and uniforms.

There are some great things out there with Thermal but in my opinion the true solution is in a fusion of infrared, thermal and electro optical. The best of of capabilities rolled into one weapons sight.

The sight is also supposed to mate-up to the AN/PVQ optic by Trijicon. I’m personally not a big fan of the Trijicon sight because of the limited sight picture. I used one in Afghanistan on my M-4 but had trouble with the field of view being too limited when engaging enemy past 200 yards. Ended up dropping a few thousand pound JDAM’s on their heads instead! I think you either go with a Red Dot sight for close engagements or get a proper scope for (Red Dot attached) targets out at distance. My main point here is that the small viewing hole of the PVQ will make it hard to pick up your target in order to get a good site picture. Why not make the Thermal Site complete with a Red Dot? Although target ID and Rules of Engagement become an issue here…..

It looks like they’ve set aside $80,000,000 for the effort and my guess is that FLIR and Raytheon and maybe Torrey Pines Logic will throw in (they make crazy stuff for SOCOM) will be front runners since they have a long track record in this domain. Requirements are below, let us know what you think. -Brandon

■ Provide a Squad Thermal System (STS). The objective of the STS is to provide a Non-Developmental Item (NDI) device
■ The STS shall be both: A weapon-mounted clip-on thermal sight that can be used in conjunction with the AN/PVQ-31A/B Rifle Combat Optic (RCO) and a lightweight, handheld thermal imager

AN/PAS-13 Thermal Weapon Sight

The AN/PAS-13 TWS employs advanced technologies to provide a low-cost, high-performance, rugged portable infrared sensor.

Proven Technology
The AN/PAS-13B Thermal Weapons Sight (TWS) is an advanced infrared weapon sight developed by the U.S. Army and Raytheon. The combat-proven AN/PAS-13B combines rugged, lightweight, modular construction with superior thermal imaging technology to give today’s warfighter the ability to shoot equally well day or night, significantly increasing survivability and lethality margins on the 21st century battlefield.

Clear Advantage Over Image Intensifiers
Unlike image intensifiers that require low levels of light to operate effectively, the TWS requires no visible light to operate and will not shut down or “bloom” when hit by direct light. Equally important, its use cannot be detected, since it operates silently and emits no heat or RF energy.

Read more: http://kitup.military.com/2011/10/usmc-looking-for-new-thermal-weapon-sight.html#ixzz1bE4ejSGp
Kit Up!

buglerbilly

20-10-11, 11:06 AM

Via the Fierarm blog.................

More on the Leupold CQBSS M2 Browning Mount

Jason sent me another photo of the Leupold CQBSS M2 Browning Mount. Some of those who commented on my previous post about it were, as I was before, skeptical of the utility of a sniper scope on a heavy machine gun. The armchair Commandant in me thinks that the Corps' plan is to enable troops to accuracy engage targets at a much longer range than they are presently able to do so.

In 1967 sniper legend Marine Gunnery Sergeant Carlos Hathcock set the record for the longest combat kill,2,500 yards, using a M2 Browning with a custom-build scope mount. This record remained unbroken until 2002.

[ Many thanks to TenPoundMonkey for photos and info. ]

buglerbilly

28-10-11, 12:09 PM

Via the Firearm blog...........

Trijicon 4×32 Battery ACOG

The Trijicon 4x32 Battery ACOG is the latest scope from Trijicon. This scope is unique because it does not use the light gathering fiber optics and tritium lamp combination that Trijicon is famous for, instead replacing them with conventional battery-powered illumination.

Trijicon 4x32 Battery ACOG

The scope is powered by a single AA battery that powers the scope for 12,000 hours (500 days). For comparison, the latest Aimpoint red dots sights last for about 6-7x as long.

You are probably wondering why Trijicon would choose to develop a battery powered scope when they are famous for their battery-less scopes. It is probably because tritium, an essential component in nuclear bombs1 , is a controlled substance in some parts of the world and Trijicon wants to enter those markets. Another reason may be that some customers do not want to have their scopes serviced every ten years in order to get the tritium lamps replaced. Tritium is an unstable substance with a half-life of just 12 years.

[ Photos © Staril. Many thanks to Staril for emailing me the photos. ]

buglerbilly

02-11-11, 11:42 AM

PEO Soldier Doing it right with Fusion Training

by Brandon Webb on November 2, 2011 · Comments (0)

PAS 13 Thermal by Raytheon

Looks like our friends at PEO soldier are getting it right with their fusion training course. The fusion comes from integrating training with Night Vision Goggles (NVG’s), the IR pointer and Thermal weapon sights. The AN/PSQ-20 Enhanced Night Vision Goggle, AN/PAS-13C, D and E Thermal Weapons Sight and AN/PEQ-15 Advanced Target Pointer Illuminator Aiming Light are all in play here.

Soldiers are receiving training at Ft. Bragg and learn how to use them separately and all together. I read in the Army News Service, that soldiers are extremely happy to get this training—PEO will come to your unit for training as an option—and are realizing the value that thermal is bringing to the battlefield. Unlike NVG’s, thermal allows soldiers to see through thick vegetation to spot bad guys just like the movie “Predator”—a personal favorite, crazy that there’s two governors in that movie!

PEQ-15 by L-3 Insight: The Advanced Target Pointer Illuminator Aiming Light (ATPIAL) is a multifunction laser device that emits visible or infrared laser for precise weapon aiming, target acquisition, and target / area illumination under any lighting condition.

PSQ 20 by ITT: System design has been proven through U.S. Army Operational Testing. This system combines an image intensified (I2) tube and infrared (IR) micro-bolometer into a compact monocular. The monocular is approximately the same size as the AN/PVS-14. A separate battery pack provides power for helmet-mounted or hand-held use. The ENVG will mount on a ACH helmet and will provide: flip-up, tilt, fore/aft adjustment; left/right eye use; and quick disconnect from the helmet.

http://www.nightvision.com/products/military/product_pages/an_psq20-ENVG.htm

One of the officers in the article said that they had all this gear when deployed to Afghanistan but didn’t realize what they had at their fingertips. As a former trainer, I understand that you can have the best kit in the world but, its a paper weight without proper training. I’m glad to see PEO soldier is offering this and raising awareness to the capability. -Brandon

Read more: http://kitup.military.com/2011/11/peo-soldier-doing-it-right-with-fusion-training.html#ixzz1cXUUjsGd
Kit Up!

buglerbilly

22-11-11, 09:21 AM

Via the Firearm blog..............

MeoPix iScope: Use you iPhone with a Spotting Scope

Meopta USA has developed an adapter that allows an iPhone to be attached to their scopes and binoculars. Users can use the standard iPhone camera app to record video or take photos.

They are not the first company to make lenes for the iPhone. A number of companies have produced low quality macro and zoom lenses and hobbits have cobbled together adapters, but I have never seem an ultra-zoom spotting scope used with an iPhone.

What someone now needs to develop is a rangefinder that connects to the iPhone via the 3.5mm headphone socket. A rangefinder, along with the iPhone's built-in gyroscope and spotting scope, would make it almost trivial to write an app that watches your target and uses image recognition, along with the range and gyroscope sensors, to calculate the optimum click adjustments you need for sighing in your rifle.

The MeoPix will be on display at SHOT Show.

buglerbilly

30-11-11, 04:26 PM

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

US Army Green Laser Interdiction System Awarded to B.E. Meyers & Co Inc and ADS Inc

November 30th, 2011

PEO Soldier, through its Soldier Maneuver Sensors Office, has announced B.E. Meyers as the winner of the Green Laser Interdiction System (GLIS) Program. This latest award calls for an initial delivery of 12,542 units of the new GLARE® MOUT Plus non-lethal laser, and provides for additional orders in 2012 and 2013.

“This win is the culmination of two years of effort to develop and deliver the best non-lethal laser device to the U.S. Army” said Brad Meyers, CEO of B.E. Meyers. “Military units across the globe are challenged to provide security and safety while also minimizing the danger to civilians. Non-lethal lasers have been proven to save lives by reducing the number and severity of incidents with non-combatants, and are a great addition to these young soldier’s capabilities.”

Uploaded by adstactical on Feb 17, 2011

The GLARE® MOUT Plus (http://www.adsinc.com/be-meyers) is the newest non-lethal, Visual Disruption laser®, ideally suited for small-arms as well as mobile crew-served with the optional MIL-STD-1913 rail system. The GLARE® MOUT Plus is effective over a wide temperature range without performance compromises.

Effective day and night
Operational from -20° to +50° C
Low, high, pulsed, and training modes
Powered by two 123 batteries
Elevation and azimuth adjustments
ADS, Inc is the procurement solutions provider for this program, and will service the requirements of PEO Soldier via the Special Operational Equipment Tailored Logistics Support (TLS) Program. ADS and B.E. Meyers have a long history together serving our nation’s men and women in uniform, having provided thousands of GLARE® MOUT devices to the U.S. military since 2007. Today, this partnership continues to grow as B.E. Meyers and ADS work together to provide industry-leading solutions in the non-lethal space. “ADS is the right partner to work with to get our GLARE MOUT Plus devices deployed. They have a great team, legendary customer focus, and a global reach. Together we will deliver success to PEO Soldier and the U.S. Army.” said B.E. Meyers President and COO, Dr. Greg Quarles.

http://www.adsinc.com/catalog/brands/be-meyers

buglerbilly

16-12-11, 02:38 AM

New Optics May Give Soldiers an Edge in the Dark

December 15, 2011

Military.com|by Matthew Cox

Army night vision gurus are working on a new type of weapon sight designed to help infantrymen shoot the enemy faster and more accurately in darkness than ever before.

There’s no shortage of high-tech aiming devices on today’s battlefield. Glowing reticles have replaced iron sights as the primary tool riflemen and machine gunners use to deliver deadly-accurate fire on target. Ground troops can also shoot effectively in darkness, but not as fast as they can during daylight conditions.

That’s something officials with Program Manager Sensors and Lasers are hoping to change with the Family of Weapon Sights program, said Lt. Col. Chris Schneider, product manager of Soldier Maneuver Sensors.

These new sights would enable shooters to sight in on the enemy at night, while looking through the Army’s AN/PSQ-20 Enhanced Night Vision Goggle.

“As you are fire-and-maneuvering, wherever that weapon is pointed, you will have that sight reticle in your goggle, so all you really need is a solid firing position and you will be able to engage the threat with a high degree of confidence that you will hit it with the first round,” Schneider said.

The ENVG gives Soldiers the image intensification of an NVG and the heat-sensing, forward-looking infrared of a thermal imager at the same time. It allows them to see in any environment -- including places without starlight, such as inside caves or in the middle of a dust storm, Army officials say.

Despite its versatility, Soldiers still have to use an aiming device such as the AN/PEQ15 to sight in on a target at night, a process that takes additional time and emits an IR signature that can be seen by an enemy who has his own night vision, Schneider said.

With the FWS, “you are not lighting up a target with anything … it’s all passive; there is no way an enemy can tell that you are targeting them because the reticle is in your goggle.”

Perfecting such a technology, however, will be no small feat, Schneider admitted.

The Army spent millions of dollars and more than a decade trying to perfect such a technology in its “Land Warrior” system -- to no avail. That system relied on a hard cable that connected the Land Warrior’s helmet-mounted display to a weapon-mounted thermal optic, enabling a Soldier to “see” using his weapon.

Soldiers liked the capability, but rejected the cable since it tended to snag on everything.

If all goes as planned, the FWS will rely on a wireless connection, similar to Bluetooth technology, to communicate with the ENVG, Schneider said.

“We are not even going to attempt a wired solution,” he said. “I don’t want to field anything that a Soldier is not going to pull out of his arms room.”

The Army plans to develop the new sight for weapons such as the M4 carbine and the M240 machine gun, as well as a version for sniper weapons.

Program officials hope to start evaluating prototypes in early 2013. Design details are sketchy so far, but the goal is for the individual weapon sight to weigh less than two pounds.

Schneider said he hopes to field a “wireless, individual carbine FWS that works in conjunction with the ENVG by 2015.”

Using the ENVG gives program officials an advantage, Schneider said, explaining that it would serve the same purpose as Land Warrior’s helmet-mounted display without needing a computer or a network connection.

“You have a visual display, and it allows us to put that reticule in there,” he said. “It’s like having a high-definition TV right in front of your eyeball.”

© Copyright 2011 Military.com. All rights reserved.

buglerbilly

30-12-11, 03:14 AM

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

4 x 32 BROWE Combat Optic

December 29th, 2011

Newcomer BROWE Inc has introduced their 4 x 32 Combat Optic (BCO). Packed in a titanium housing, the BCO features a Single Intuitive Control (SIC) button, Target Light Sensor Technology, field programmable BCO Microcontroller, and a Vibration Motion Sensor.

The SIC button offers Automatic Mode at a single press which will utilize the Target Light Sensor Technology to measure the light transmission and automatically set the reticle illumination to the proper brightness. When you press it a second time the BCO enters into Manual Mode offering the choice of 10 day settings and 3 night vision settings.

The BCO has been designed with future improvements in mind. The is a sealed utility port at the backside of the battery housing which can be used to update the operating firmware or customize the existing program, or to attach remote pressure pad switch. What’s even more interesting is that this port can also be used to import or export power meaning that accessories such as lasers or mini red dots could be powered from the BCO battery. Since it’s also capable of importing power, it can run on an external power source such as powered rail.

Additionally, it boasts an average battery life of 2000 hours (at least 775 on max) partically due to the Vibration Motion Sensor which places the BCO in SLEEP mode if motion is not detected for two hours.

There are several models available with various reticles including NATO Chevron, NATO Crosshair and US Army Mil Dot. Finally, the BCO comes standard with an A.R.M.S. Mk II Throw Lever Mount.

Be sure to visit www.browe-inc.com at SHOT Show in Booth #20059.

Price: USD$1,395.00

Relevant comment:

Jamie R. Wehmeyer says:

December 29, 2011 at 9:03 PM

Ever since tritium has gone on off the be banned in most countries because it comes from conflict countries. Batteries will be the new source of illumination. Brian K. Browe formerly of Trijicon left Trijicon to go make his combat optic knowing this future trend. This optic comes with either Larue or Arms Mounts so all the haters can choose their poison. The body of this optic is machined titanium not soft aluminum. This thing is built like a tank! The glass is super clear. It also has a better eye relief… I got to tell you handling on first hand will make you put down the ACOG and pick a Browe!

buglerbilly

30-12-11, 03:33 AM

Via the Firearm blog..............

Kahles scope for the Chinese QBU-88 Designated Marksman Rifle

[ This guest post is the first in a series of articles written by Timothy Yan ]

During a recent police open house in one of the Chinese municipality, the SWAT team’s QBU-88 5.8mm designated marksman rifles had what seems to be the Austrian made Kahles Helia 3-12x56mm rifle scope in an elaborate mount. While it may not be well known in the US, Kahles riflescopes are among the best optics in the world. Actually this is not the first time that I had saw images of the QBU-88 with the Kahles riflescope. There were pictures from over a year ago shown the Chinese paramilitary CAPF (China Armed Police Force) was testing a similar combination at the range.

Before continuing with the Kahles, lets look at what it is replacing. The original standard issued optic for the QBU-88 is the 3-9x40mm illuminated reticle model made by the Pearl River Optronic (aka the State Arsenal 338) in Chengdu, China. The optic design was based on a Swarovski design from the early 1990s. It has three very advanced features at the time. First of those is the Constant Eye-relief through out the zoom range. The second is the First Focal Plane (FFP) reticle, which the reticle size changes according to the magnification. The third is the Bullet Drop Compensation (BDC) reticle in form of a series of small chevrons reticles all the way to 800 meters. The horizontal stadia consist of bracketed line segments in various lengths. Each of those is calibrated for shoulder width human size target at a given distant. Together with the FFP, the shooter can use the reticle for range estimation at any magnification. By design, once the Chinese 3-9x40mm DMR scope is properly zero to the QBU-88, the designated marksman can use it to engage targets at any range up to 800 meters without the need to touch the windage or elevation turret.

While the design concept sounded good on the paper, however, there are a lot of issues on the actual production model. The state owned Chinese optic manufacturer was just couldn’t maintain the quality control on large-scale production. There were reports of canted reticle, lens clarity issues and out of spec QD scope mount. Then, there is also the logistic problem due to the Pearl River Optronic went bankrupt in late 2006.

In the following year and during the preparation of the 2008 Olympic, another shortcoming of the QBU-88’s optic had surfaced. Being designed as a DMR scope, the 3-9x40mm is not suitable for the counter-terrorism role. It lacks the magnification and the optical performance to positively identify a target at the rifle’s effective range. The temporary solution was to purchase a small number of 6-24x44mm scope build by a privately owned small Chinese optic company based in Shenzhen, China. More interestingly, some Swarovski scopes were also imported for use on the QBU-88.

The most interesting part of new configuration with the Kahles scope on the QBU-88 is actually the elaborate optic mount. My good friend and IMO writer, David Fortier, had pointed out the significance of the top rail, its forward location and the box-like support structure around it. While it can be use for a small red-dot sight or a laser designator, the true purpose of the top rail is for mounting a night vision device in front of the Kahles day optic. Most likely they got the idea from LaRue Tactical’s S.T.O.M.P. system and its method of hanging a PVS-22 or 24 in front of the objective lens of the riflescope.

buglerbilly

09-01-12, 10:31 AM

Via the Firearm blog............

ELCAN SpecterOS4x fixed four-power Combat Gun Sight

[ This guest post was written by Timothy Yan ]

Ernst Leitz Canada or ELCAN has its origin in a German premium optic manufacturer. Back in 1869, a 26-years old Ernst Leitz founded his company in Wetzlar, Germany. The company growth rapidly in the industrial revolution and its main products were microscope and optical instruments. By the early 1900s, the son of the founder, Ernst Leitz II developed the first practical 35mm photography camera. He named the camera: Leica, it stands for Leitz Camera. During the early 1930s, Leitz began to expand out of Germany by setting up oversea branches. The real reason of the Leitz expansion was a humanitarian one. Ernst Leitz II and his daughter Elsie Kuhn-Leitz used the oversea branches to evacuated hundreds of Jewish employees and their families out of Germany, thus escaping the Holocaust.

After WWII, the Ernst Leitz company was split into three: the camera and instrument divisions remained in Germany and eventually changed their names to Leica. The industrial division was moved out of Germany to join to already established Canadian branch and became know as Ernst Leitz Canada or ELCAN. It was the beginning of the Cold War and by relocating part of the company to Canada, it ensured the company’s technology and documents will not be fall into the Soviet hand if West Germany was invaded. ELCAN became a separated entity when the last Leitz family member retired from the company in 1990.

ELCAN produces high-resolution optical lens for aural reconnaissance, night vision equipment and other optronics for many NATO militaries. It started in 1954, when ELCAN began supplying aircraft gun sight to the Canadian military. During the Vietnam War, the US Navy had used an ELCAN camera system based on Leica with specially made low-light Noctilux lens. By the 1970s, ELCAN had ventured into small arms optical sight development with a compact roof prism design. That eventually became the ELCAN C79 3.4x28mm that the Canadian Forces issue as the combat optic for their C7 and C8 rifles and C6 and C9 machineguns. In 1999, the US Army adapted a modified battery illumination version of the C79 as the M145 for their M240 and M249 machineguns. In 2003, ELCAN released their new Specter series with the dual-role 1x/4x SpecterDR and it was quickly adopted by the US SOCOM as the SU-230/PVS. The featured ELCAN OS4x fixed 4x magnification model was released in 2009 and it was selected by the British military as the replacement for the SUSAT sight on their L85A2 bullpup rifle.

The ELCAN SpecterOS4x

The latest ELCAN model can trace its roof prism layout back to the C79. The OS4x stands simply for Optical Sight and the fixed 4x magnification. The sight itself is based on the SpecterDR 1x/4x model’s housing design, external adjustment mount, lens size and optical formula, and the illumination unit. The SpecterOS4x is essentially a SpecterDR without the complex cam-driven corrective 1x magnification lens system and the rudimentary integral backup iron sight. Those changes had led to a weight reduction of 5 ounces, a more streamlined exterior and a substantial $600 lower price tag. The eye relief is a generous 2.75 inches or 70mm with an ample 7.8mm exist pupil. The ELCAN’s robust external adjustment mount features a 120 MOA windage and elevation adjustment with 0.5 MOA click. There’s sufficient height at the back to clear any flip-up rear sights on the market.

Optically the ELCAN SpecterOS4x is phenomenal and it can rival some of the best Euro optics. I found the resolution and clarity remains the same from the center of the lens to the edges on all planes with no noticeable lens distortion. There’s also no observable tunnel-effect from the sight picture. There are two reticles available and both feature BDCs for 62gr 5.56x45mm round fired from a 16-inch barrel. That was specifically designed so the BDCs will also work for 14.5-inch carbine length and 18 to 20-inch rifle length barrel. Reticle with 7.62x51mm caliber BDCs is available. I prefer the chevron reticle for quick target acquisition but the fine crosshair reticle, which is the British military’s choice, is good for precision shooting. The reticle illumination is daylight visible on the center chevron or fine crosshair. Turn the large illumination knob forward will light up the reticle center or backward to illuminates the whole reticle. Battery life is 300-600 hours on daylight visible settings or up to 2000-3000 hours on low settings. I left it on the daylight visible setting continuously and the battery lasted just over a month. For most daylight usage the reticle illumination is not needed.

ELCAN SpecterOS4x vs. ACOGs

No doubt that the new ELCAN is a competitor to the popular Trijicon ACOGs. The rivalry goes far back to the early 1980s in the US Army’s Advanced Combat Rifle program. An early version of the ELCAN C79 was used on the Colt’s candidate. While the submission by AAI has what later became the Trijicon ACOG TA01. The latest ELCAN SpecterOS4x model fits between Trijicon’s current ACOG 4x32mm TA31 and 3.5x35mm TA11 models. The ELCAN has the 4-power magnification and the wide field-of-view of the ACOG 4x32mm while also has the longer eye-relief of the ACOG 3.5x35mm. The ELCAN SpecterOS4x is slightly cheaper than both ACOGs at $1200 and an integral QD mount is included with the price. The ACOG QD base is $125-$200 extra.

I found the optical quality of the ELCAN SpecterOS4x is superior to any ACOG that I had used. That’s partly because of the ELCAN’s huge 34mm ocular (rear) lens presents a larger and clearer sight picture to the user’s eye. The reticle illumination is also better in that the illumination brightness can be controlled and it has the choice of light up either the center or the whole reticle. Furthermore, it has a true night version mode that is without the issue of tritium blooming found in some of the ACOG models. As for the battery cost, for the ELCAN is a $4 DL 1/3N lithium battery and the ACOG’s tritium lamp replacement after 10-12 years is usually half the cost of the sight’s purchase price. The ACOGs have the advantage of more reticle choices, the always-on illumination, and its modular base design has the option of much better QD mounts from LaRue, American Defense Mfg, GG&G or the surprisingly good Bobro made Trijicon TA98 QD base. I also prefer the ACOG’s simpler internal adjustment and lighter weight.

Specifications:

Model: ELCAN SpecterOS4x
Magnification: fixed 4x
Objective Lens Size: 32mm
Ocular Lens Size: 34mm
Exit Pupil Size: 7.8mm
Eye Relief: 70mm/2.75 inch
Field of View: 6 degrees, 31.5 feet at 100 yards
Reticle: Fine Crosshair or Chevron with BDC stadia line
Reticle Illumination: red color, daytime visible, night vision compatible
Power Source: 3 volt Lithium DL 1/3N
Battery Life: 300-600 hours on daytime visible, 2000-3000 hours on low
Adjustments: 0.5 MOA per click
Elevation Adjustment Range: 120 MOA
Windage Adjustment Range: 120 MOA
Ballistic Compensation: 200-800m
Overall Length: 6 inches
Weight: 18 ounces
Price $1,199

Armament Technology Inc. (902-454-6384) handles the commercial sale and support of all ELCAN Specter gun sights.

buglerbilly

10-01-12, 04:32 AM

Meprolight unveils new weapon sights

09 January 2012 - 16:23 by the Shephard News Team

Meprolight has announced the unveiling of two new weapon sights, including the Mini-Hunter, a lightweight night vision weapon sight, and NOA NYX, an uncooled thermal weapon sight with 2x magnification. Meprolight made the announcement in a 9 January 2012 company statement.

According to the company, both sights are ‘remarkably light weight and robust’. The Mini-Hunter Compact Lightweight Night Vision Weapon Sight was developed and manufactured by Meprolight’s sister company, Pulse Inteco Systems. Weighing less than 1 lb (<400 grams), this very easy-to-use sight offers a 2x magnification. Designed for durability, the sight can withstand the most challenging battlefield conditions. Highly flexible, the Mini-Hunter can also be used for observation, and fits a variety of weapon types, including rifles, assault rifles, rocket launchers and machine guns. Powered by a single, standard AA battery, the unit can operate continuously for up to 40 hours.

Meprolight’s NOA NYX uncooled thermal weapon sight with 2x magnification was developed in response to the critical need for precise target detection and engagement, even in conditions of dust, smoke, and total darkness. Weighing less than 2.2 Ibs (<1 Kg), the advanced NOA NYX uses high-resolution microbolometer technology to ensure clear and consistent results. The flexible unit can be used as a hand-held device or fitted to light machine guns, assault rifles, and submachine guns. Due to its light weight and long-range capability, it is also suitable for sharpshooter rifles with an x2 and x4 digital zoom. The sight can detect man-sized targets at up to 900m. Output can be fed to a remote screen or recording equipment via its “video out” feed. Storing up to 3 user-configured sighting reticules and requiring a warm-up time of less than 5 seconds, the NOA NYX can operate continuously for 7 hours using 4 “AA” batteries.

The NOA NYX is the latest addition to the NOA family of sights that includes NOA x4, NOA x7, and NOA DUAL FIELD - which are all in use globally.

buglerbilly

10-01-12, 04:42 AM

Via Tactical Fanboy..............

Holographic Hybrid Sights Offered by EOTech

January 9th, 2012

EOTech and magnifier

You know the EOtech sights you’re using in MW3? (They’re the “Holographic Hybrid Sights, or HHS kits.) You can, of course, get them in real life, and you can get extended range from their G33 magnifier. The HHS with G33 will, according to EOTech, allow accurate shooting from 0 to 500 meters, using the G33 “Quick Switch to Side” magnifier mount.

There are two kinds of kits. One (the HHS1) is for use with nightvision (EXPS3-4 HWS) and has a 4 dot reticle for shooting 0-300, 400, 500 and 600m. The other one (HHS2) has a non NVG compatible sight with 2 dot reticle for CQB “fast action” targeting.

Both come with a quick detach base that’s designed to return the optic to zero after mounting it back to the same rail location (to within 2 MOA). Both have operating buttons on the side, so you can use it with other rail mounted furniture.

They’ll be available this Spring and will run $1,000 to $1,225. You can check out more on the EOTech website.

http://www.eotech-inc.com/

buglerbilly

10-01-12, 11:17 AM

Via the Frearm blog..............

Hi-Lux Leatherwood CMR 1-4x24mm Riflescope

[ This guest post was written by Timothy Yan ]

The 1-4x variable magnification rifle optic had become very popular with the tactical shooters. The 1x magnification allows the shooter to use it like a reflex sight at the close range. While, the higher magnifications offer greater hit probability and target identification at the longer ranges. During last year’s Big 3 Event hosted by David Fortier and Dillard C.J. Johnson in Kansas, I was introduced to the Hi-Lux Leatherwood CMR 1-4x24mm scope in one of the presentations. Afterward, I had a chance to try it out on the range. Some aspects of the CMR that had caught my attention are its reticle design, the optic performance and its price at just $300.

The CMR 1-4x24mm in the Tactical Rifle Chimera titanium heavy-duty scope rings

CMR 1-4x24mm scope in the Burris AR-P.E.P.R mount

Normally, when other shooters ask me for optic purchase advises, I generally tell them this: you get what you pay for it. Good optics is never cheap. There rare exception to that rule and the Hi-Lux Leatherwood CMR 1-4x24mm is one of them. Its optic performance is easily the best in its price range. The lens distortion is not noticeable and there’s no issue with chromatic aberration or color fringing. Other reviewers agree with me that the CMR has better resolution and clarity than some of the 1-4x scopes that are at twice the price.

I met John Wu, the owner of Hi-Lux Leatherwood at his booth during the 2011 SHOT SHOW and he loaned me a CMR sample for T&E. I didn’t have a chance to really talk to John about the CMR in detail until this year’s Big 3 Event and afterward. He told me that he used a special lens element in the CMR to achieve the low distortion and high optical resolution. When I asked him about why he chose the second focal plane for the CMR’s reticle, John said for a low 1-4x magnification scope there’s really no need for a first focal plane design (FFP). Most of the shooters will use either 1x or 4x magnification and seldom use anything else in between. It’s not practical to use the 1x magnification for BDC or range finding.

On the topic of daylight visible reticle illumination, John said there’s two ways to do it: the cheap way is by using very bright LED. The downside of that is the internal reflection from the overpower illumination is hard to control and the battery life will be very short. If he would design a daylight visible illumination system, he would use the much more expensive combination of LED lit fiber optic and microprocessor control circuit like those found on the Schmidt & Bender Short Dot, the ELCAN SpecterDR and the Swarovski Z6. However, such system would add a considerable $200-$300 to the price of the CMR. Instead, John said the CMR’s unique reticle design works sufficiently in most of the daylight condition without the need for illumination.

CMR mounted in the LaRue LT104 SPR mount.

The reticle on the Hi-Lux Leatherwood CMR 1-4x24mm is another area that makes it stands out from the rest of 1-4x scopes on the market. The CMR’s unique reticle is the work of Alex Sergeev, a brilliant Russian optical engineer working for Hi-Lux. His reticle design features dual stacking open-circles that assists targeting by centering the shooter’s eye onto the middle 1 MOA dot. At the closer ranges, the outer circle fits over a torso target area at 100 meters and the smaller inner circle will fit over a head size target at 75 meters. The bottom openings of both circles are a match for a shoulder width target at 300 meters. There are additional BDCs on the vertical stadia line and the hash marks on the horizontal stadia lines are in Mil for use with more precise range finding. The center 1 MOA dot and the inner reticle circle can be illuminated in either green or red for lowlight condition. Noted that two colors are not found in the same scope. There two separate CMR models for each of those color illumination.

There are few shortcomings in the Hi-Lux Leatherwood CMR. The main one is its relatively small exit pupil of 11.1mm at the 1x magnification. Which requires the shooter to have a consistent cheek weld when using it for the CQB type drill. Next, the adjustment turret is not lockable. While the CMR’s turrets do have a neat zero-locking patented feature but that’s only useful for return it to the user’s preset zero. The turrets really need to have either a locking mechanism or be capped. Also, the CMR’s 1x zoom setting doesn’t represent a true 1x unmagnified view. There’s slight magnification to it that makes more of a 1.1x or so. To be fair, the majority of the 1-4x scope under $700 does not have true 1x either. Like what John Wu has explained to me, optical design is the attempt to have the best compromise on a set manufacturing cost.

CMR Sight pics after the end of this post...............

As for the mount option for the Hi-Lux Leatherwood CMR 1-4x24mm scope, I’m recommending use a one-piece SPR style 30mm scope mount with moderate front offset for the AR15 flat-top. The best QD type mounts are the LaRue LT104, American Defense Mfg. AD-Recon or AD-Scout and Bobro’s Precision Optic Mount. If you are on a budget and can do without the QD function, check out the Burris AR-P.E.P.R. and the Weaver Tactical’s US-made SPR 30mm Optic mount. Both of those are under $80. For those that needs low-profile mount for a piggyback rail system like the Vltor or to use on a non-AR type rifle, Tactical Rifles’ Chimera titanium alloy rings offer the high-strength of the steel rings with the lightweight of the aluminum rings. The more affordable Weaver Tactical 6-Hole Picatinny aluminum rings come in at under $40 a set.

Specifications: Model: Hi-Lux Leatherwood CMR 1-4x24mm

Magnification: 1x to 4x variable
Objective Lens Size: 24mm
Ocular Lens Size: 33mm
Lens Coating: Diamond Tuff14 multi-coat
Field of View at 100 yards: 1x: 94.8 ft. and 4x: 26.2 ft.
Eye Relief: constant 3 inches
Exit Pupil size: 11.1mm at 1x and 6mm at 4x
Tube Size: 30mm
Adjustment: 0.5 MOA per click
Length: 10.2 inches
Weight: 16.5 ounces
Reticle: Double open-circles with 1 MOA center dot, stadia lines with BDC.
Reticle Illumination: Green or Red color, 11 levels with Night Vision setting.
Power Source: 3-volt Lithium CR2032
Warranty: Limited Lifetime
Price: $300

CMR mounted in the Weaver Tactical SPR 30mm Optic mount

Hi-Lux’s Alex Sergeev is testing the CMR by mounting it on a full automatic Kerbs RPK-74 during the Big 3 Event.

buglerbilly

10-01-12, 11:18 AM

CMR Sight Pics..............

CMR at 1x magnification

CMR at 4x magnification

CMR at 1x magnification

CMR at 4x magnification

buglerbilly

13-01-12, 01:52 AM

Via the Firearm blog.............

XS Sight XTI AR-15 Angle Mount Back-up Iron Sights

From the press release ....

XS® Sight Systems, in collaboration with Lone Star Armory, will introduce the XTITM (Xpress Threat InterdictionTM) AR-15 angle mount sights at the 2012 SHOT Show in Las Vegas, Nevada next week. The XTITM with XS® Express Standard Dot Tritium front, and White Stripe rear, are back-up iron sights designed for quick acquisition in CQB situations. The result of extensive field testing the XTITM AR-15 Angle Mount prototypes were put through their paces by police firearms instructors, SWAT and patrol officers, as well as combat-seasoned former military professionals. Here is what Police Firearms Instructor, Officer Michael Moore had to say about XS® Sight Systems’ New XTITM AR-15 Angle Mount Back-up Iron Sights.

“Magnified optics are great at distance but can be a hindrance when engaging threats at close range. The addition of your new sights to a weapon allows the officer to have the best of both worlds. They can engage a target with precision at distance and still be able to quickly engage a threat at close range. While testing these sights we had several instructors and officers engage targets at ranges from 7 yards to 50 yards and everyone was able to keep all rounds in the center of the target.

These new offset sights are another great innovation from your company and I have had to threaten bodily injury to be able to keep somebody from taking them off of my rifle.”

MSRP of $150.00

buglerbilly

13-01-12, 01:05 PM

Friday, January 13, 2012, 09:39 AM

Russian army soldiers are now equipped with new thermal sight Shakhin.

The Russian airborne troops have testing the new thermal sight named "Shakhin". The sight is integrated into an automated system of command and control and has a video output that allows you to use a helmet display for firing from a shelter.

Shakhin thermal sight mounted on small weapons during trial tests.

The block-processing allows you to enter ballistics information for 7 types of weapons, as well as introduce horizontal and vertical correction during firing. The sight enables a warrior to detect targets and engage them with accurate fire by day and night in any combat environment (smoke, dust, etc.).

During the latest tests, the Shakhin thermal sight has test shooting from all types of weapons in various calibers which are in service in Russian airborne troops and Navy Special Forces.

The trials tests conducted by the Russian military have confirmed its high characteristics performance, and compliance with the requirements of modern military equipment of the Russian Armed Forces.

buglerbilly

19-01-12, 08:01 AM

By: Andrew Tuohy

19-01-2012

Product Announcement

Diamondhead Low Profile 45 Degree Sights

While the concept of back up iron sights mounted at 45 degrees is not new, Diamondhead has displayed a prototype sight set at SHOT that seemed quite interesting. These spring-loaded sights fold down to the profile of standard irons, but pop out at 45 degrees.

This feature could be really useful for anyone who has an ACOG, especially one with a thumbscrew mount. For other shooters, the sights will probably have limited utility. But if you have to work around a scope and want access to full-sized iron sights, these appear to be just the ticket.

The sights have not been named, priced, or thoroughly tested yet, but the examples I saw looked quite functional. I had an in-depth conversation with Diamondhead’s engineers and designers, and came away thoroughly impressed with their design and manufacturing philosophy.

buglerbilly

24-01-12, 01:05 AM

Hey There Hot Stuff!

Posted on 01/22/2012

We know how the game works…The Military and Law Enforcement get to play with all the new high speed stuff and we get to watch…Until now! Enter the Scout line of thermal imagers from FLIR!!

Weighing in at 12oz. and under seven inches long this little device totally changes the game of imaging! From the intuitive three button controls to quality case it is everything you would expect from an industry leader like FLIR. Finally there is a thermal imager on the market made and priced for the masses!

Now be warned, I’m not going to get all spec. heavy and show you an endless line of pictures of me in various, alluring positions…We have all seen those on tv when they show high speed car chases or the military working overseas…What I will tell you is how I used it and show you some revealing photos of what to expect.

The one thing that I found disconcerting was getting used to understanding that I was seeing heat. I’m no stranger to NV and using that is closer to natural sight than the thermal. Use one and you’ll understand what I mean. Fine detail is lost and everything is black and white. Its really neat!

Here is the first image. The Scout sees all heat, not just body heat or a specific degree. If objects differ from each other in temp you will see that represented by the difference in brightness of the pixels on the viewing screen. The black object on the table that seems to cast a shadow is actually a cold can of soda! The seat of the chair to the right is brighter than the others and there are light spots on the table. I had been sitting there writing and took a picture of where I was! How cool is that!!

The next image is my kitchen sink. You can see the heat coming from the dishwasher on the lower right. Note how it saturates the area. There are objects on the counter that you cant see because they are the same temp as the dishwasher. The window is black as well as the faucet nozzle and some water rolling down between the two bottles on the backsplash.

Now let me tell you this. You cannot look out windows! If you do all you see is yourself looking back at you and if its dark outside and you don’t know that’s going to happen, boy are you gonna be surprised!! We had a lot of fun using the imager for playing hide ‘n seek and looking for wildlife in our neighborhood.

Was it easy to use? I’m glad you asked! Yes, it’s a dream to operate. There is a power button, zoom button and brightness control. You can use it without thinking…My four year old was able to operate it with no problem. The kids loved looking at their handprints on the walls and following foot tracks on the floor.

I took the unit into my yard to have a look around and was able to clearly see my neighbor’s incessantly barking dogs two yards over as they moved through shrubs and ground cover. The sensitivity is nothing short of amazing and the screen is clear and bright.

If I was a LEO, I wouldn’t go out on patrol without this device. You can see through brush foliage, fog and rain… find footpaths as well as look at cars to tell if they have been run recently. Fire Fighters can use it for rescues and looking for hotspots in buildings. Contractors can use it to survey homes for insulation, look to see if those new windows are keeping the heat in, Not to mention hunters can use it for tracking wounded game and pre dawn scouting. SAR operators have a need for such devices and they can often make the difference between life and death.

With a price point around $2k it’s a “Spouse Justifiable” expense for work but may be a stretch for non LEO or SAR. The only bad thing about the unit was that I had to send it back!! I absolutely loved it and would have kept it if there had been room in the budget.

Follow the link below to go to imagers info page…

http://www.flir.com/cvs/americas/en/personalvision/view/?id=44756

buglerbilly

01-02-12, 02:56 PM

A poor man’s corner shot!

by Jack Murphy on February 1, 2012

Accutact

I was intrigued when I saw this gizmo out at the range. It’s called the Angle sight, made by Accutact. Even the designer told me that it’s KISS simple, basically it’s a prism that allows you to hold the weapon around a corner and fire while the shooter remains behind cover. There isn’t any need to remove or rotate it out of the way when firing normally, you can still look straight down your sights. Take a look at the video to see how it works:

Uploaded by anglesight on Dec 11, 2010
ANGLESIGHT™ presentation video by accutact llc. Our new innovative ANGLESIGHT™ allows aiming and firing around obstacles and corners, without having to put your life in the line of fire.

Kit Up! contributor Jack Murphy is a former Ranger, Special Forces Soldier and is the author of the military thriller Reflexive Fire. Also check out SOFREP.COM.

Read more: http://kitup.military.com/#ixzz1l8d6H9Tm
Kit Up!

buglerbilly

03-02-12, 10:37 AM

Via the Firearm blog.............

Hi-Lux Leatherwood CMR4 1-4×24 Tactical Scope: A SHOT Show Optic Preview

[ Written By Timothy Yan ]

This is the part 1 of multipart preview on interesting optics that I saw at SHOT Show 2012. Noted that the featuring optic is a prototype and the final product could be different. My through the lens images should only be use for checking out the reticle and perhaps the field of view.

At the 2012 SHOT Show, Hi-Lux Optic presented the upgraded CMR4 version of their popular CMR 1-4x24 scope. While the current CMR (Close-Medium Range) model is more of a multipurpose 1-4x scope, the new CMR4 is designed for the tactical role. It had addressed some of the concerns that I had found on my review of the Hi-Lux Leatherwood CMR. My review of the CMR can be found here (link to the CMR review).

The new Hi-Lux Leatherwood CMR4 features the following improvements over the CMR:

1) Improved Reticle

The CMR4’s reticle is still based on the one found on the CMR. The main difference is that it has a ticker outer open-circle for faster target acquisition. The inner open-circle is now thinner and smaller for assisting precision shooting. Both the vertical and horizontal stadia lines are now extended all the way to the edges. I personally still prefer the half-length stadia lines of the original CMR. There are two BDC marks for 500m and 800m ranges.

EDITED............the rest of the article can be read here:

http://www.thefirearmblog.com/blog/2012/02/03/hi-lux-leatherwood-cmr4-1-4x24-tactical-scope-a-shot-show-optic-preview/

buglerbilly

06-02-12, 10:48 PM

Advanced Sight Could Double Range for Shooters

February 06, 2012

Military.com|by Matthew Cox

The next generation of battlefield optics will empower infantrymen to hit enemy targets from twice the effective range of the M4 carbine if Defense Department scientists get their way.

This summer, officials at the Defense Advanced Research Projects Agency are scheduled to begin testing prototypes of the Dynamic Image Gunsight Optic, known as "DInGO."

Modern rifle optics have become essential kit for combat troops. They're dependable, accurate and help riflemen aim and shoot quicker than old-school iron sights.

The goal of the DInGO program is to ensure that the average Soldier can hit enemy fighters at ranges out to 600 meters without having to estimate range or compensate for crosswinds, DARPA officials said.

Experienced combat shooters say that's likely to be a significant challenge. Army marksmanship training focuses on engaging targets out to 300 meters, since an M4's 5.56mm round's trajectory begins to drop significantly beyond that distance.

Wind conditions also hinder accuracy. A 10 mile per hour crosswind can push a 5.56mm round off target by more than eight inches at 400 meters. Techniques for reading wind speeds and compensating for their effects on accuracy are generally only taught in advanced marksmanship and sniper courses.

Lockheed Martin officials hope that the technology they are building into DInGO prototypes will eliminate the need for training.

"What this device actually has built into it is a small laser that helps the operator make aim-point corrections," said John Wojnar, director of laser and sensor systems business development at Lockheed Martin's Mission Systems and Sensors.

DARPA awarded Lockheed Martin a $3.7 million contract to build 16 DInGO prototypes for testing. DARPA officials declined a recent request from Military.com to take a close look at the technology.Currently, the device weighs about a pound and is approximately five inches long, three inches wide and three inches high, Wojnar said. It has a digital micro display that originated in the cell phone industry.

DInGO is based on Lockheed's Advanced Sighting System (One-Shot) technology developed for the sniper community. One-Shot relies on sensors that measure environmental conditions at several points along a bullet's path to the target.

The sniper community, however, has pointed out that a good spotter can be just as effective or better than One-Shot at ensuring a long-range shot reaches its mark.

The prototypes can "gauge wind speed and other atmospheric conditions -- not as accurately as One-Shot can gauge wind speed -- but it can provide an alternate aim point," Wojnar said.

The 8-power device features a digital zoom function that allows a shooter to quickly change ranges to engage multiple targets from 300 to 600 meters, Wojnar said.

It calculates the range with a low-power laser rangefinder, zooms in on it and then accounts for environmental conditions without requiring the shooter to move his hands, Lockheed officials said. The embedded ballistic computer then projects the bullet's point-of-impact with an alternative aim point.

Right now, it's unclear how the DInGO will work as a "retrofit attachment" to the standard Advanced Combat Optical Gunsight and Close Combat Optic, but the concept calls for the device to mount on a standard Picatinny rail system.

The final version of DInGO is supposed to run for eight hours on two AA batteries. If all goes well, the new optic could be ready for fielding sometime in 2014, Wojnar said.

Depending on the size of the fielding requirement, DInGO could cost up to $1,000 each.

In addition to the combat mode, DInGO is being designed to feature a surveillance mode that would let the operator take a digital photo of a target to send over a network or store in the memory for future viewing, Wojnar said. It would also feature a training mode that would support video feed from an external display, such as a high-definition TV, allowing the shooter to practice in a virtual setting, he said.

© Copyright 2012 Military.com. All rights reserved.