SureFire

Safariland Group – ABA Debuts New Xtreme Family Of Body Armor Solutions

October 15th, 2015

ABA Debuts New Xtreme Family of Body Armor Solutions

The industry leading product line adds key design features focused on comfort and performance

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ONTARIO, Calif. – The Safariland Group, the leader in advanced body armor responsible for nearly two-thirds of all saves over the last three decades, today announced the release of an all-new line of ABA Xtreme body armor solutions for law enforcement. The result of an intensive collaborative effort with best-in-class partners, the new Xtreme ballistic panels deliver a new benchmark for designs combining fit, protection and exceptional value.

Teaming with DuPont Protection Technologies (DuPont), SAATI and TexTech, The Safariland Group armor team designed the Xtreme panels blending fabric using DuPont Kevlar KM2 Plus fibers incorporating a proprietary weaving process co-created with DuPont, along with a proprietary manufacturing material called Core Matrix Technology, creating this breakthrough family of ballistic panels.

The new Xtreme ballistic panels feature gender specific, biomorphic designs that mimic the shape of the body and enhance comfort. The layering and unique blend of materials amplify comfort, keeping the panel light, thin and flexible.

This unique design combination also drives the Xtreme’s outstanding performance. The proprietary weave acts like high tensile webbing that decelerates the bullet. Working in concert with the proprietary weave, the Core Matrix Technology comprised of 3D-fused fibers, acts as a backstop, dampening impact and stopping the bullet. The final layer of DuPont Kevlar disperses the energy and helps diminish trauma.

“When we’re able to design our ballistics packages in a way that allows for greater ease of movement and superior performance, it’s a win. Our ultimate goal is always to keep officers safe, and our engineers work to improve wearability and comfort so the officer can be more effective in the field,” said Todd Mackler, Vice President Armor, for The Safariland Group.

The Xtreme ballistic panels are finished using a thin, heat-sealed thermoplastic polyurethane (TPU) membrane to ensure that the panels are protected. These panels are then encased in a soft nylon shell to withstand the elements while enabling enhanced comfort during wear.

Added Mackler, “We build our products so that officers can focus on their job and not think about their armor. We are proud of the almost 2000 officers who are living proof of why we do what we do.”

Visit The Safariland Group website to hear stories of several Safariland Group SAVES who fought the battle and lived to tell the story of their courageous efforts, and take a deeper view into the Xtreme technology that made it possible at www.safariland.com/ballistic-technology.

Available starting this month to all Safariland Group armor customers, the new Xtreme models are offered in threat protection levels II and IIIA and feature male and female structured and female unstructured designs.

Chase Tactical – Warrior Wednesday – Warrior Assault Systems Light Assault Rig

October 15th, 2015

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The Warrior Assault Systems Light Assault Rig (LAR) is designed to be a lightweight simplistic chest rig. The LAR allows easy donning and doffing and designed with kangaroo style mag pouches with bungee retention.

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The LAR will hold up to 5 Mags and has MOLLE webbing on the front for attaching a wide selection of pouches.

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The kangaroo style pouches are lined with Posi Grip Non Slip Fabric for durability and retention

W-EO-LAR-2

The Light Assault Rig is currently available in MultiCam and Coyote.

All Warrior Assault Systems products are made from genuine U.S. Mil Spec materials and hardware.

Interested in carrying the Warrior Assault Systems product line? Click on the following link www.chasetactical.com/become-a-dealer or email Support@ChaseTactical.com.

AUSA – Close Up of National Molding’s Rigid Plate Carrier PALS Compatible Sleeve

October 14th, 2015

After we mentioned the National Molding Rigid Plate Carrier during Modern Day Marine, several readers were dismayed that they wouldn’t be able to carry any additional equipment on the carrier. National Moldong long ago worked this one out and originally had a very simple laser cut, bikini-style band made from Trelleborg fabric that fit around the RPC. Interstingly, the feedback they received from government customers was to go back to a tried and true Cordura and webbing PALS solution.

Front

   

Rear

  
 

www.nationalmolding.com

AUSA – Hyperstealth Biotechnology Corp

October 14th, 2015

Hyperstealth frontman Guy Cramer was in the ADS Inc booth sporting a uniform cut from the Ghostex Kilo 6 camouflage pattern.  An international customer was well into making a procurement decision when their armed forces streamlined their camouflage patterns into two variants.  Consequently, Hyperstealth is shopping the pattern.

  
When I passed by later, Hyperstealth had added two displays from the Mexican Marines, depicting the kit they are procuring in their new camouflage pattern, derived from work Hyperstealth did for Phase IV of the US Army’s Camouflage Improvement Effort.

  
Obviously, there is a great deal of influence from the USMC but I was surprised to see the RAT boot on the chart.   
You’ll also note some equipment items from London Bridge.


 

AUSA – Bluewater Defense & Vorbeck Introduce Wearable Antenna

October 14th, 2015

I walked up to the Bluewater Defense booth and noticed that they were sharing it with an electronics company named Vorbeck.  Intrigued, I introduced myself to the Vorbeck team and they started to show me what they were up to.  About a minute into the presentation on their flexible 4G LTE antenna I was hooked.  

  

The technology is a printed graphene broadband antenna on a thin substrate that can be encapsulated between pieces of fabric for concealment into clothing or equipment.  Testing indicates it doubles the range of a cell phone.  

The frequency range is 824-894, 1850-1990, and 2400-2500 MHz.  Additionally, it has 50 Ohms impedance and 2:1 VSWR ratio.  While it’s currently tailored for 4G, the technology offers a great deal of opportunity.  In addition to cellular use for transmitting voice and data, it can also be used for Tagging, Tracking & Locating of friendly, threat and other targets of interest.  I can’t wait to see how Bluewater Defense integrates this technology into clothing and lad carriage. 

Kinetic Development Group Shipping New Universal Offset Mount For MLOK

October 14th, 2015

Kinetic Development Group - MLOK

Kinetic Development Group shipping New Universal Offset Mount for MLOK

UOS #1

A few months ago Kinetic Development Group debuted their unique patent pending quick-detach system “Kinect” here on Soldier Systems for the popular Magpul M-LOK system. Using two spring-loaded, self-adjusting wedges, Kinect inserts into the MLOK slot of a forearm. Pressing the mount into the MLOK slot, Kinect uses automatic triggers that securely lock your accessory into the rail with a “click” and without tools. The only thing faster is how the accessory removes, which can be quickly accomplished with one hand and no tools. The new system has caught the interest of many shooters embracing Magpul’s M-LOK system, which currently has over one hundred manufacturers creating compatible accessories and forearms. With M-LOK’s popularity growing and becoming more widespread, KDG continues to create new mounting solutions to match demand. Given MLOK’s growing popularity, even the US military is looking at the MLOK technology to replace the aged, cheese grater style picatinny quad rail.

UOS #2

The new Universal Offset Mount is a small, lightweight billet aluminum mount that also uses the patent pending Kinect and MLOK technology. The mount features three slots of Picatinny rail set at a 45° offset from it’s mounting base and will accommodate nearly every popular weapon light currently on the market. It also features a recessed Surefire mount footprint allowing the attachment of a scout light directly to the mount with two screws. The Universal Offset Mount is compatible with any rail-grabber mount for Picatinny rails. Some examples of compatible light accessories are Streamlight, Surefire, and Inforce. The rail will also accept 1” scope rings for Picatinny or Weaver, for those that prefer to use a simple handheld flashlight as a weapon mounted light. The Kinect Universal Offset mount is designed to fit all M-LOK forearms built to Magpul’s required specifications.

This may seem like a small improvement to your carbine, but the ability to configure your carbine in seconds, swap accessories between multiple carbines, or use your weapon light handheld, then transition back to a dedicated weapon light is a capability that did not exist prior to Kinect or MLOK.

The Universal Offset Mount can be used for a variety of alternative applications as well, such as mounting a mini red dot optic. The Universal Offset Mount is shipping to authorized Kinetic Development Group dealers, and alternatively is available on the KDG website now!

For More information Please Visit:

kineticdg.com/product/kinectmlok-universal-offset-mount
www.facebook.com/kineticdevgru
Instagram: @kineticdevgroup

High Angle Solutions – DMM – Talon Ground Anchors

October 14th, 2015

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The DMM Talon is a steep earth anchor born from the need to protect users operating in terrain where traditional anchors are marginal or non-existent. It has been designed as a ground anchor for back-roping stretchers on steep ground where the consequence of failure is not catastrophic.

Made from laser cut aircraft grade aluminium the Talon weighs in at only ~1.5 lbs (700 g). The upper edge is serrated to allow a user to weight the device for additional holding power. The main attachment point is an 11mm Dynatec sling threaded through a radius edged oversize hole, which allows the user to replace the sling operationally with 8mm cord or rope should the Dynatec sling become compromised. For convenient stowage the Talon is fitted with a retaining pin to keep all of the arms together for efficient storage and racking.

The DMM Talon does not have a strength rating however field tests with Mountain Rescue teams have shown consistent results around 5kN with up to 8kN in excellent ground.

Available in Red or Matte Grey.

www.dmmwales.com

High Angle Solutions is a weekly feature by DMM and CTOMS.

The Baldwin Articles – ALICE Pack Trilogy: Part 3 of 3

October 14th, 2015

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In Part 2 we talked about modifications to the ALICE pack itself. In Part 3, I’ll focus on ALICE Frame and Suspension Upgrade options. It is fair to say that the weakest link of the ALICE pack system was the issue suspension system and the tubular aluminum frame. The LC-1 version of the frame was especially prone to breakage and Supply Sergeants had to keep a steady supply on hand for replacements. Especially in Airborne units where a number would be expected to be non-mission capable after each and every jump. The LC-2 version was reinforced and was indeed somewhat more durable but only to a point.

Arguably it wasn’t so much a flaw in the concept or the design but rather in the execution. It was the result of a deliberate compromise between strength, light weight and low cost. A couple of companies like Tactical Tailor and TAG make heavier duty metal frames for ALICE and ALICE clones. Both are welded rather than riveted like the issue frame. I have handled both and they do seem more robust and I have heard good things about them. However, as far as I know no Service has done any evaluations or issued any for rigorous troop testing. Nor have I used one personally. But if you prefer a metal frame to the newer non-metal versions then these would appear to be a significant improvement over the issue frame in terms of strength.

The search for a new frame for the ALICE packs goes way back. At least to the early 80s. Initiated not by the Army but rather by soldiers. The first candidate was the commercial Coleman pack frame. Individuals, myself included, experimented with using this frame in two ways. Some kept the frame intact. Instead modifying the ALICE pack itself with web tabs and grommets so that it could be attached to the frame just like the civilian Coleman backpacks. More of us actually cut the frame down with a hot knife so that it could be inserted into the envelope pad of the ALICE. This also reduced the length of the frame so that it was approximately the size of the issue frame. I used this cut down version for a couple of years. It was a little more comfortable than the GI frame. But it also tended to flex too much for my satisfaction when under load. So the search continued for a suitable replacement.

Other options were scarce for a long time. The Services began concentrating on internal frame designs like the CFP 90 in the late 80s. The tactical industry was quite small in those days. Some companies like Eagle made packs that utilized the ALICE frame but none were making modernized frames. And that didn’t change until the MOLLE System was developed in the late 90s. Some might not realize that, among other things, MOLLE was the last pack system that the USMC and the Army adopted concurrently. It also signaled at least a partial return to the external frame design. Although SOCOM’s SPEAR system was initially fielded about the same time. The first MOLLE pack frame had a ball and socket contraption that integrated the vest component to the pack component. That awkward innovation didn’t last long. MOLLE I was not well liked. And soldiers said so loudly in the AARs from the early engagements in Afghanistan in 2001-2. And the same was true of the SPEAR pack as well.

The initial reviews were so bad that shortly afterwards the USMC went a different way and tried the internal frame option one more time with the ILBE. The Army chose instead to issue a modified MOLLE II suite and has continued to update the base system ever since. The USMC eventually decided on an alternate external frame design called FILBE. MOLLE II now uses the DEI “GEN 4” 1603 frame and the FILBE uses their 1606 MC frame. I have a little personal history with the 1606 frame development. I was never issued the MOLLE rucksack but I did borrow one for a couple of days in early 2008 just out of curiosity. I immediately disliked the 1603 frame. I’m not a small guy but the frame was a little too wide to be comfortable for me and interfered with the natural movement of my arms. But I did like the concept and wondered if they had – or would be interested in producing – a smaller version. So I looked up the company and found they had just developed the 1606 which at the time came with a “hammerhead” rather than square top configuration. I asked if it would work on the ALICE? In response they sent me a sample. I think it was the only free piece of kit I ever received that I didn’t get from the government.

The hammerhead would not fit into the ALICE envelop pad. So I cut off and sanded smooth the ends so that it would fit. I provided a write up and some photos back to DEI explaining that if they squared off the head and made it compatible with ALICE and clones there would be a market IMO. They thanked me but said no thanks because they were concentrating on proprietary packs for the 1606 project and would continue in that direction. I kept using the 1606 I had modified and liked it a lot. Two years passed and I guess I wasn’t the only one that told DEI they were missing an opportunity. Because they started producing their 1606 AC (ALICE Compatible) version as well as the hammerhead 1606. Eventually they stopped production of the hammerhead all together. And, as they say, the rest is history. The 1606 was selected by the USMC for the FILBE and now for the Army’s Airborne 4000 pack as well as other commercial packs. The 1606 even works quite well on the Large MOLLE (top right). And of course the 1606 can be retrofitted to any ALICE or clone. If you still run one of those packs I would suggest the 1606 is well worth checking out.

After market shoulder straps or separate comfort pad sets started being produced and purchased by soldiers soon after the ALICE was fielded. The Army itself issued at least 3 different strap sets. The LC1 version had thin padding and only one quick release on the left strap. The LC2 had a thicker but shorter padded portion and dual quick releases. And finally, OD and woodland strap sets were produced that had better padding that extended the full length of the strap. However, inexplicably, that third set did not have sewn in attaching straps like its predecessors. A separate 1” strap was routed through a web bar on the shoulder strap to connect the padded portion to the ALICE frame. This arrangement was not an improvement. But that shoulder strap version did come with a sternum strap for the first time. Sternum straps are simple and very useful additions to any pack’s suspension and are ubiquitous on packs of any size today. Back then they were common on many of the after market strap sets or were fabricated by soldiers themselves for their ALICE packs.

HSGI used to produce what they called the Alipad (top center) and LBT still has a similar integrated suspension padding upgrade. I did not use the Alipad while on active duty because I liked having some open space between my back and the pack frame for ventilation. However, I have used it quite a bit in the last few years and have become more of a fan. Because it is a one piece design the Alipad “ties in” the suspension without adding too much bulk. In my experience there is a point of diminishing returns when it comes to added padding. Usually wider is better than thicker on the shoulders and lower back. However, this is an area when individuals definitely need to experiment themselves to find out what is right for them. One solution will not be right for all.

I’ll close by repeating some things I have already said. A “combat ruck” is any rucksack you have on your back when the shooting starts. A GOOD combat ruck is one that not only helps you carry the load but doesn’t make it harder for you to survive that encounter with the enemy. I again assure everyone that I am not, nor have I ever been, enamored with ALICE as issued. I have spent decades trying to improve ALICE for my own personal benefit if for nothing else. And I have eagerly tried every new wonder-pack that has come along in all those years. Always looking for something appreciably better for the direct combat role than ALICE. And I haven’t run into it yet.

Because despite its well cataloged shortcomings, I do believe the Large ALICE still represents the soundest design for a combat rucksack in terms of basic geometry. It does need modifications and modernization especially the frame and suspension as discussed in these last two articles. And I also believe that the Army would have been better served in the 80s if it had done what it has done with MOLLE. Concentrating on upgrading rather than fixating on replacing ALICE. CFP 90, SPEAR, ILBE and the other “better” packs didn’t fail because people were nostalgic or Luddites. Those packs failed because they weren’t really well suited to the mission. Much as the M16 has evolved over time into the M4 and countless individualized AR platforms. I would submit that ALICE is still a solid foundation or worthy template from which to build a truly better combat rucksack.

LTC Terry Baldwin, US Army (RET) served on active duty from 1975-2011 in various Infantry and Special Forces assignments.

Next: Cargo shelves and Pack Boards.