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Archive for the ‘SOF’ Category

NSWC-Crane Issues Presolicitation For New Optics – Miniature Aiming System – Day Optic Squad – Close Quarters Sight and Clip-On Magnifier

Tuesday, June 20th, 2017

The Naval Surface Warfare Center, Crane Division, which manages small arms development for USSOCOM, has issued a presolicitation, informing industry that it intends to issue a solicitation contract for a full and open competition for an anticipated Firm Fixed Price Indefinite Delivery Indefinite Quantity (IDIQ) contract that will cover a five year ordering period with five (5) additional one (1) year options that may be exercised at the Governments convenience. When you see the minimum and maximum for the IDIQ, your eyebrows will raise a little, but it will make sense.

The anticipated requirement is for a Miniature Aiming System – Day Optics (MAS-D) Squad – Close Quarters Sight (CQS) and Clip-On Magnifier (CM). The sights will be used on both compact and assault rifles. The anticipated contract minimum quantity is thirty (30) units OR $36,000 and the anticipated contract maximum quantity is thirty-nine thousand three hundred units (39,300) OR $47,160,000. These numbers give the command a great deal of flexibility, allowing them to select more than one contract awardee. Additionally, there is room for other organizations to purchase from this contract.

This slide comes from COL Samuel Ashley’s (USASOC G8) briefing at last month’s NDIA Armaments Symposium. Many know that USASOC divested itself from the use of EOTech Holographic Weapon Sights due to their thermal shift issue. What many don’t know is what they replaced them with as an interim solution. The 75th Ranger Regiment had an immediate need and a shoot off of Commercial Off The Shelf red dot sights was conducted at Ft Bragg, NC. The sights evaluated included the EOTech as a baseline, Aimpoint T2, Leupold LCO and Trijicon MCO. I am told that the EOTech performed very well but that it was not a candidate for selection due to its thermal shift problems. I am also told that the user evaluation preferred the Leupold LCO. However, in a second phase of the evaulation conducted at Crane, the LCO had some reliability challenges, so ultimately, the Rangers got the Aimpoint T2. Interestingly, 1st Special Forces Command (Airborne)(Provisional) chose to field the Army’s service common M68 optic, also by Aimpoint. The use of service common equipment saves the command’s MFP-11 Dollars for other capabilities.

Below is another slide from that same briefing that shows, in generalities, what USSOCOM expects from a Close Quarters Sight and how many they want to buy.

The anticipated timeframe for the release of the solicitation is expected to be in the Fall of 2017. For full details, visit www.fbo.gov.

New CANSOF Dress Uniform

Monday, June 5th, 2017

At CANSEC, Logistik Unicorp unveiled the new dress uniform for CANSOF personnel.

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Reminiscent of US WWII issue ‘Pinks and Greens’, the uniform honors CANSOF’s lineage back to the service with the joint Canada/US unit, the First Special Service Force. Like the famed Black Devils, unit members will wear bloused jump boots, as well as a more modern affectation, their distictive Tan beret.

USSOCOM Alerts Industry To Aviation Body Armor Vest Requirement

Friday, June 2nd, 2017

Natick released a Sources Sought Notice to industry for a new Aviation Body Armor Best to support SOF aviation customers.

KEY PERFORMANCE PARAMETERS (KPPs)
1. Must be capable of supporting the following items:
a. Spear Cut Level 5 Stand-alone, Swimmer Cut Front, Back, and Side Plates
b. Under-Arm Flotation System Modular Water Wing Design
c. SEA LV2 (Emergency Breathing Device)
d. M-4 Magazines (Qty: 3 with the ability to increase to a quantity of 6)
e. M-9 Magazines (Qty: 2 with the ability to increase to a quantity of 3)
f. CAT Tourniquet
g. Individual Medical Aircrew Kit (5.5″L x 5.5″W x 3.25″D)
h. Individual Survival Aircrew Module (5.5″L x 5.5″W x 3″D)
i. Universal radio pouch capable of holding the CSEL or 148 series Radio with Thales GPS
Side Mate Module Assembly
j. IZLID
k. Modular holster for M-9 Beretta capable of being mounted and reconfigured between the vest and belt, and capable of being mounted vertically, horizontally, or angled on the vest.
2. Must be interoperable with Swimmer Cut Generation V SPEAR Body Armor Plates
3. Must have an integrated extraction / retention system consisting of:
a. Belt shall be capable of being used independently as a method of extraction and retention
b. Chest connection point shall be capable of being used independently for retention. It shall be capable of being used for extraction in conjunction with the belt while maintaining the chest connection point as the single point of attachment to the hoist line.
This system should be capable of being used as a single point for both retention and extraction.
c. Capable of supporting a 400lb load for rescue hoisting from both belt and chest connection points and provides retention through a chest connection point compatible with lanyard part numbers AMTC-S1379 (7′) & AMTC-S1380 (12′) & 001-HSLSOCOM.
d. The belt must be rated in accordance to meet NFPA 1983-2012 – 3000lbs for 1.5min.
The criteria for the static pull test of the belt is a minimum break strength of 3000 lbs in an upright and inverted position. Pull Test (two iterations): Horizontal & head-down with a max buckles slippage of 25 mm (1 in.). The criteria for the static pull test of the chest connection is a minimum break strength of 3,000 lbs. for 1.5 minutes in horizontal, vertical, and angular directions.
e. Any harness worn with the belt must not diminish the pull strength in any way.
4. Must be available in Multicam and be capable of being printed in other patterns. ABAV must meet minimal requirements for not creating Visual and Near IR (VIS/NIR) offenders. If nonprinted materials are used, they must be in Tan #499 and meet VIS/NIR Tan #499 compliance.
5. ABAV must be flame resistant, no melt /no drip, and be self-extinguishing. The items shall be tested in both the warp and fill directions. The average melt / drip that occurs after removal of the source flame shall be less than 1 droplet. The average after flame in each direction (warp and fill) shall be no longer than 3.0 seconds, the average afterglow in each direction shall be no longer than 2.0 seconds, and the average char length in each direction shall be no longer than 4.5 inches for samples prior to laundering (0 washes) and after laundering (5 washes). Laundering shall be conducted according to AATCC Method 135, and the vertical flame testing shall be conducted according to ASTM D 6413
6. Environmental conditions cannot degrade the ABAV to the extent they cannot be used for its intended mission (e.g. buckles and fasteners must operate in extreme cold and hot conditions and be resistant to sand and debris).
7. Must withstand the effects of full climatic range of operations ranging from -50F to 130F.
8. Must withstand storage temperatures ranging from -50F to 185F.
9. Must be resistant to rot, mildew, DEET, Petroleum, Oil and Lubricants (POL), chlorine, UV light, and salt water.
10. Shall have a shelf life of not less than five years in a sealed package.
11. The ABAV must be easily usable and adjustable while wearing a wet suit, exposure suit, and/or cold weather gloves to the maximum extent practicable.
12. Must be backward compatible with all currently issued SPEAR Load Carriage items.
13. Shall provide adequate amount of surface area for carrying mission essential equipment tailored to duty position (e.g. rifleman, medic, engineer, etc). The ABAV shall be compatible with existing
USSOCOM equipment when minimally or fully loaded in accordance with operational practices.
Existing USSOCOM equipment includes Military Free Fall (MFF) equipment, fast rope and static line parachute equipment, combat swimming equipment, backpacks, equipment belts, and NBC gear (MOPP 4).
14. Shall have a handle capable of dragging or supporting 400 lbs. during dynamic motion in combat.
15. Fine adjustments to fit shall be easily made while in minimally and maximally loaded configurations. This includes the need for fine adjustments of any straps, harnesses, cummerbunds, or any other type of adjustment system while wearing the entire ensemble without removing it.
16. Provide equal weight distribution, be configurable for additional load carriage, and provide shoulder-hip distribution capabilities. These capabilities shall not interfere with any others, and should only add additional capability without detrimental aspects.

KEY SYSTEM ATTRIBUTES (KSAs)
1. Must be easily and quickly releasable when unloaded or fully loaded in all combat environments, including submerged / maritime environments where crashed aircraft is possible.
2. All aspects of the design and integration of the ABAV and its Accessories shall be simple, easy, and intuitive to use. The ABAV must be easily setup prior to use, and easily adjustable during use.
3. The holster must be capable of being transitioned from mounting on the vest in a horizontal, angled, or vertical configuration, to mounting on a belt.
4. Materials and designs of the ABAV must provide maximal comfort, full range of dynamic anatomical motion, and maximal agility during movement in all environments.
5. The ABAV shall minimize water retention, maximize drainage, and minimize drying time.
6. When fully loaded, the ABAV must allow the operator to bring and maintain all weapons to a good firing position or adjust firing position. These weapons include M-9, M-4, and crew served weapons.
7. Must not hinder or significantly interfere with the operator entering or exiting SOF ground vehicles, aviation platforms, movement through hatches or doorways, and must maximize comfort while riding on SOF/Service aviation platforms.
8. The Accessories should be simple to use, minimize bulk, retain necessary equipment, and allow easy access for removal and replacement of equipment into the pocket or pouch.
9. All Accessories should firmly attach to the ABAV in a way that minimizes relative motion between equipment-filled pockets and the ABAV. Fastening mechanisms shall be simple, easy to use, and durable for all operational environments.
10. Shall be capable of fitting the 5th to 95th percentile chest size (33″ circumference, 16″ torso length to 49″ circumference, 24 ¼” torso length
11. ABAV and Accessories must be able to integrate with a low profile, modular floatation system that has an easily installable bladder capable of providing no less than 70 lb. of positive buoyancy when inflated on the surface with 40 lbs. at 1 ATM. Modular flotation sub-components shall not reduce or will only minimally reduce the area available for Accessory attachment. Bladders and floatation capability must be easily removable.
12. ABAV and accessories must have durability and abrasion resistance during extended land operations.

Responses are due, NLT 7 June 2017. Visit www.fbo.gov for full details.

USSOCOM Issues Pre-Solicitation for SPEAR Family of Tactical Headborne Systems Coxswain Helmet

Wednesday, May 24th, 2017

The United States Special Operations Command (USSOCOM) recently issued a pre-solicitation notice to industry pursuant to their requirement for a multi-year contract to procure Special Operations Forces Personal Equipment Advanced Requirements (SPEAR) Family of Tactical Headborne Systems (FTHS)-Coxswain Helmet System. The Coxswain Helmet system is the most interesting helmet system from a technical standpoint and more closely resembles the recent Next Generation Helmet work done for SOF by Ops-Core and Revision.  Although Ops-Core is keeping their’s under wraps, Revision recently released their candidate commercially, as the Batlskin Caiman Head System.


DoD Photo by MSG Timothy Lawn.

The coxswain helmet will consist of a non-ballistic helmet system with modular accessories which will consist of a visor, ballistic mandible, non-ballistic (i.e. impact) mandible, and two piece ballistic appliqué. Additionally, the helmets require a variety of VAS Shrouds, Helmet Covers, Accessory Rails, Pads, Exterior Velcro sets, and Peltor Adapters.

The helmets will be offered in five sizes in Tan, Neutral Grey, AOR 1, AOR 2 and MultiCam.

The government intends to award a five-year Indefinite Delivery Indefinite Quantity (IDIQ) Firm Fixed Price (FFP) production contract for a fully developed item to the offeror with the best value to the Government. They are looking for Commercial-Off-The-Shelf items. The actual solicitation should be issued in June and the minimum contract value will be $150K and the maximum contract value will be $95M.

Because of the scalability of the Coxswain Helmet I wonder how long it will be before other SOF personnel want it instead of the standard SOCOM helmet already in solicitation.  

For full details, visit www.fbo.gov.

75th Ranger Regt To Stand Up 5th Battalion

Wednesday, May 17th, 2017

On Monday, 22 May, 2017, at Fort Benning, Georgia, the 75th Ranger Regiment will stand up a fifth battalion. There haven’t been five active Ranger Battalions since World War II.

However, this battalion is a little different. It’s the Military Intelligence Bn (Provisional). The battalion’s two companies will offer expanded capability beyond the current MI Co in the Regiment’s Special Troops Bn. It’s mission is to provide multi-discipline, full-spectrum, worldwide, expeditionary, and reach back intelligence capabilities for the 75th Ranger Regiment enterprise. Furthermore, it institutionalizes and professionalizes the find, fix, finish, exploit and analyze (F3EA) targeting methodology required to counter enemy combatant forces’ tactics, techniques, and methods.

The RMIB(P) will consist of a Ranger Military Intelligence Company providing all-source analysis, GEOINT, IMINT, HUMINT, and UAS functions along with a Combat Electromagnetic Activities Capabilities (CEMA) Company which will offer EW, SIGINT, Technical Surveillance and Cyber support. Additionally, there is a Headquarters and Headquarters Detachment.

Congratulations Rangers!

Revision Showcases FTHS Special Forces Head Systems At SOFIC

Tuesday, May 16th, 2017

Essex Junction, Vermont (May 15, 2017) – After a rigorous and collaborative development process, Revision Military, the world leader in integrated head systems, will showcase the Company’s new Special Forces helmet systems at the 2017 Special Operations Forces Industry Conference (SOFIC) in Tampa, Florida on May 16th. Revision’s Special Forces helmet solutions were developed for SOCOM’s highly anticipated Family of Tactical Headborne Systems (FTHS) program, a solicitation that is primed to define Special Operations Forces (SOF) head protection for the foreseeable future.

“True to form, Revision took this generative, ground up process to the extreme, setting ambitious goals for performance and innovation while working on a narrow timeline,” said Jonathan Blanshay, CEO, Revision Military. “The scope and creative latitude of this program fit well with Revision’s capabilities and reputation for sweeping innovation. Revision invested heavily in this project—in time, personnel, and financial capital—and, in parallel, we significantly strengthened our manufacturing—adding several million dollars of new equipment and expanding our principal helmet manufacturing facility—modernizing our operations and increasing capacity to support this program simultaneously. In this process, Revision brought a wide-range of SOF users to the table. Special Forces operators can feel real ownership of the end-product, knowing that their demands were addressed and readdressed continuously. We are genuinely excited to unleash the full scope of our vision for the future of Special Forces head protection.”

Revision’s SOF helmet suite addresses SOCOM’s technical challenges head on: optimized weight, protection, and mobility indices and system component integration. Revision has developed two cutting-edge helmet systems: a Carbon Bump System and a Ballistic System with liner system, rails, and Wilcox® Mount. Revision’s Carbon Bump helmet can be ballistically-enabled—add-on armor appliques up the protection level for ballistic, blunt-force, blast-force, and fragmentation threats. And, the skeletonization of all system components has significantly reduced the overall weight of these helmet systems.

Revision’s FTHS head systems showcase at SOFIC represents the culmination of an intensive ground-up design and development program, dating back to the beginning of 2016, as well as exhaustive testing, analysis, and trials. Communicating with esteemed Special Forces operators, from across the special ops spectrum, Revision created a head systems suite tailored to the experience and feedback of SOF operators.

Revision’s FTHS solutions will be available commercially in 2017. The suite of products will be known as the Batlskin Caiman Head System. Additional Caiman Head System accessories and components are planned for later this year and early 2018.

www.revisionmilitary.com

Total Game Changer – USSOCOM & USMC Take First Steps Toward Adopting a .338NM Lightweight Medium Machine Gun

Monday, May 15th, 2017

In a move that will turn the term “Overmatch” on its ear, the United States Special Operations Command, in conjunction with the United States Marine Corps has issued a sources sought notice for 5,000 Lightweight Medium Machine Guns in .338 Norma Magnum. The Russian PKM is a primary concern for dismounted infantry and the LWMMG doubles the 1000m effective range of the PKM.

Specifically, they are seeking producers who can provide:
-complete machinegun system to include weapon, suppressed barrel, and tripod
-any tools needed to conduct basic maintenance

In short, the capability will provide a machine gun which is lighter than the current 7.62mm M240, yet offers nearly the reach of the .50 M2. However, unlike the M2, this new capability will offer pinpoint accuracy at those ranges. What’s more, with the introduction of polymer cased ammo, the weight of ammunition comes much closer to 7.62 than .50.

LWMMG specifics: The LWMMG should fire the belted .338NM round of ammunition with a polymer case. The LWMMG should weigh less than 24 pounds unloaded with a barrel length of 24in. The LWMMG should have a rate of fire of between 500-600 rounds per minute. Weapon shall be compatible with current rail mounted aiming systems with the ability to incorporate more advanced fire control technology. The system should include both a suppressed barrel and an unsuppressed barrel that can be rapidly changed. The LWMMG should include a tripod that is lightweight and provides the stability and accuracy required to engage targets at extreme ranges. The LWMMG should be able to mount in current machinegun mounts designed for the M240B/C. The weapon should have sufficient accuracy to engage area targets and vehicles at 2,000m.

At the recent NDIA Armaments Symposium, USASOC DCS G8, COL Samuel Ashley briefed this capability. The capability has been sufficiently demonstrated to move to procurement. However, COL Ashley related that this new capability will require new ootics amd target acquisition solutions.

To be sure, adopting a new cartridge is an expensive endeavor, but in this case, the new capability more than outweighs the cost. Additionally, SOCOM plans to introduce the caliber to its upcoming multi-caliber Advanced Sniper Rifle, along with a legacy 7.62 NATO and .300NM round.

One interesting point in the RFI is the mention of two types of barrels. One is a standard barrel and the other is suppressed. Notice they didn’t ask for a suppressor, but rather a suppressed barrel. As GD has demonstrated the weapon in use with a detachable suppressor in the past, this indicates they must have developed an integrally suppressed barrel. The amount of Interal Reasearch and Development Dollars GD has put into this weapon is impressive.

IMG_0535

This 2016 chart from a Jim Schatz briefing to industry depicts the weights of the M240, LWMMG and M2. In addition to weapon upgrades, Polycase technology is going to further lighten that load, or better yet, increase the amount of ammunition a machine gunner can carry.

We recently mentioned General Dynamics Ordnance and Tactical Systems’, Commercial Off The Shelf solution which this requirement is based on and is available right now, but I would not be surprised to see other vendors offer up solutions as well. I’ll keep my eyes peeled during this week’s SOFIC to see what turns up.

Some readers will get wrapped around the axel over the 5,000 number of systems in the RFI; but don’t. It’s a nice round number the government is using to measure industry’s capacity to produce the weapon. By no means is it a basis of issue plan based number.

In my opinion, adoption of this capability is the single greatest small arms capability enhancement to the US military in the last century. It offers the ability to deliver accurate sustained fire at ranges out to 2000m in a package which can be employed by one operator. MARSOC has been following the weapon’s development, but good on the Marine Corps writ large in seeing the value of this proposition. Hopefully, the US Army, a service very concerned about threat overmatch, will move this capability from a Future to Near-Term priority. However, based on recent directed requirement from the 4-Star level, I would not be surprised to see this happen as SOCOM’s program reaches maturity. This will not only enhance the Army’s capabilities but also help control ammunition costs.

For those interested in full details, visit www.fbo.gov.

Protonex Delivers Panther Power

Monday, May 15th, 2017

USSOCOM has begun to field the Panther2 man-packable satellite communications system from L3 GCS with certain USASOC units to replace the existing Panther Gen5 systems. The Panther 2 system is being fielded with USASOC units in all capacities (contingency, combat, JCET, PDP, and other military operations).

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A need was identified to power the Panther2 SOF Deployable Node (SDN) system from organic Conformal Wearable Batteries – rather than AC power of BB-2590 batteries. As the SPM-622 Squad Power Manager from Protonex has been proving its value as a universal power scavenger / manager in the field with SOCOM elements, it seemed an ideal basis from upon to address the problem.

A call was made to Protonex and an R&D contract was signed. Within approximately 90 days from start to finish, the operational power requirements were addressed, and hardware was developed to successfully power the system from 2 CWBs in series. The photo below shows the complete system in use at an end-user location.

To learn more about what the PTX line of power management solutions can help you never run out of power when you need it, drop by to talk to the Protonex team at SOFIC – booth #2232.

#NeverRunOut

www.ptxnomad.com