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Archive for the ‘weapons’ Category

SIG NEXT 25 – HYP Rifle

Friday, June 20th, 2025

Coming Winter 2025 is what SIG describes as the most durable AR10 platform on the market, the HYP rifle. The name stems from the rifle’s ability to handle the high pressures (HYP) from SIG’s composite case ammunition.

Like with the 516 G3 Mohawk, SIG took lessons learned from the MCX rifle and applied them to a gas impingement AR pattern gun. It features a steel cam path insert and steel feed ramp along with a chrome lined hammer forged barrel. In fact, the barrel has a QD muzzle device which accepts the MG68QD suppressor used on the Army’s Next Gen M250 machine gun. It’s also fully ambidextrous, mirroring the controls on the 516 G3 Mohawk.

I had expected the HYP to also incorporate the side charging handle found on the 516 G3 Mohawk, but they left it off of the HYP in order to keep cost down. Turns out, the HYP is $2000 less than the MCX-SPEAR, making it a great choice for those who want to take advantage of .277 FURY. As you can see above, it also uses the steel 20 round magazines for the M7 Next Gen rifle.

I increased the contrast on the photo of this gel block to give you an idea of the performance of .277 FURY. This commercial ammo features 150gr NOSLER Accubond bonded core bullets.

Additional calibers will assuredly follow .277 FURY, including the ability to fire HYP versions of .7.62 and others.

Coming Winter 2025.

SIG NEXT 25 – 516 G3 MOHAWK

Friday, June 20th, 2025

SIG was actually considering retiring the 516 but when they did a design review, the decision was made to incorporate lessons learned and best features from their other rifle offerings on a third generation of the rifle. The result is the new 516 G3 MOHAWK.

For instance, this new version of the popular 516 incorporates a steel cam pathway reinforcement insert into the upper receiver along with steel feed ramps, both found on the MCX.

The carbine also uses the MCX bolt with its tapered lugs and firing pin latch which helps prevent slam fire. Additionally, like with the MCX, the forward assist can be removed and a plug out in place.

Another feature which found its way over from the MCX line is the left-side non-reciprocating side charging handle. The side charger is removable and they’ll offer an insert to fill the slot. Likewise, you can remove the t-handle charger and replace it with a clamp to seal the rear of the receiver, eliminating gas in the face.

They’ve retained the 516 G2’s short stroke piston system, but production models will have a new valve lever with three wings in order to make it easier to manipulate between the three gas positions.

The carbine’s 16” chrome lined hammer forged barrel has a 1:7 twist and features a muzzle device which eliminates flash as well as climb and is compatible with SIG’s suppressors. Expect an 11.5” option as well.

To improve ergonomics they have incorporated a set of fully ambidextrous controls as well as installing a right side, side lock/release. Meanwhile, it has a SIG Matchlite DUO curved trigger.

Another major improvement is the new free-float handguard. Gone is the old “cheese grater” full length Picatinny rails which have been replaced with M-LOK slots.

With all of these improvements, the 516 G3 might be a good candidate for the UK’s upcoming Project Graeburn, the SA80 replacement.

The gun was very flat shooting, even on full-auto, and has soft recoil making it very controllable and easy to quickly transition targets. If I was going to buy another AR, it would be this one.

Look for the SIG 516 G3 MOHAWK winter 2025.

www.sigsauer.com/516g3-mohawk

SIG NEXT 25 – 10” NGSW M7

Thursday, June 19th, 2025

Although it wasn’t part of the formal new product reveals of SIG NEXT, the defense team showed me a 10″ upper for the US Army’s M7 Next Gen Rifle.

Seen to the right is the standard 13″ barrel length version which is currently under contract.

While the model I fired was equipped with the folding stock knuckle, they told me they have demonstrated a carbine version of the M7 which has a standard AR-style collapsible stock, eliminating the folding mechanism. Combined with a 10″ barrel, the weight is 7.3 lbs (without suppressor). By contrast, the M27 weighs 7.9 lbs and the standard M7 weighs 8.38 lbs.

With the shorter barrel length is a slight drop in velocity, to 2850 fps from ~3000 fps for the current M7.

SIG NEXT 25 – P211 – GTO RXSL

Thursday, June 19th, 2025

SIG has dipped their toe in the double stack pistol market with the new P211.

First and foremost, it uses P320 magazines so finding mags won’t be an issue.

The slide comes ROMEOX PRO SIGLOC Equipped and features aggressive slide serrations.

The 4.4” Bull Barrel is fitted with the MACH3D Compensator.

It’s got a SIGLOC PRO Optic Ready Slide with Aggressive Slide Serrations and Ambidextrous Slide Release.

The Steel Frame and Alloy Grip module incorporate G10 Grip Panels and a Removable Steel Magwell and a Skeletonized Flat Blade Trigger.

Ships with (1) 23rd and (2) 21rd P320-Compatible Steel Magazines.

I got to shoot it a little bit and it remains stable through the shooting sequence and easy to keep on target. Part of that is that it is 9mm and part because it weighs in, in excess of 46 oz. It was a joy to shoot.

In stock and should be shipping VERY soon.

www.sigsauer.com/p211-gto

Revolutionizing Operational Testing: The Next Generation Squad Weapon (NGSW) Expeditionary Operational Assessment at Fort Johnson

Friday, June 13th, 2025

FORT JOHNSON, La. — Amidst the evolving landscape of military acquisitions and the Army’s renewed commitment to agile, rapid capability development, the Next Generation Squad Weapon (NSGW) has undergone a pivotal Expeditionary Operational Assessment (EOA) in collaboration with elements of 1st Brigade, 101st Airborne Division (Air Assault), at the Joint Readiness Training Center (Rotation 25-07).

This assessment marks a significant step forward in the Army’s implementation of the continuous transformation framework, specifically within the Transformation in Contact (TiC) phase.

The 101st Airborne Division, identified by the Army as one of its TiC units, plays a critical role in rapidly integrating and evaluating emerging capabilities that directly address urgent operational requirements.

Operational Testing in TiC: A New Paradigm

The NGSW assessment at Fort Johnson is in direct response to Army Chief of Staff Gen. Randy George’s call to action for the Army to swiftly adapt its acquisition processes. Through the continuous transformation framework, TiC-designated units receive and rapidly implement new capabilities at a relevant speed. This has necessitated a shift in thinking from traditional test and evaluation (T&E) approaches, in trade for more agile, iterative processes. These highlight the integration of rigorous data-driven analysis and direct soldier feedback.

“Our commitment to providing world-class, objective test data to Army senior leaders remains unchanged. But the rapidly changing battlefield requires that we rethink historical methods and processes of operational testing. TiC especially highlights that we cannot remain in the status quo,” said Col. Mike Trotter, Director of the Maneuver Test Directorate (MTD), U.S. Army Operational Test Command (USAOTC). “We are embracing agility and broadening our testing horizons, while ensuring we retain world-class standards.”

Small Team, Big Impact

Whereas operational testing has traditionally been a large-scale effort — requiring extensive planning, coordination, and strict control of test variables — T&E within TiC has sparked more agile practices. EOAs are one such evolution.

This EOA event, which expands upon previous assessments conducted at Fort Campbell, Kentucky, is led by a specialized, nimble test team uniquely equipped for agile testing. The team is drawn from USAOTC’s MTD, Dismounted Test Division — Mr. Troy Willey, a retired Command Sergeant Major with extensive armored command experience; Mr. Bill Rabena, a mathematician, operations research systems analyst and former brigade commander with deep expertise in operational analytics; and Maj. Thomas Lorenson, the senior test officer. They are joined by Maj. Matt Brooks, a military evaluator from the U.S. Army Evaluation Center.

“The expertise of Mr. Willey and Mr. Rabena, as well as Maj. Brook’s operational experience, [are] invaluable,” emphasized Lorenson. “Their operational and analytical insights significantly enhance our ability to construe soldier feedback comprehensively and accurately. I’m fortunate to work alongside such a proficient and dedicated team of experts.”

Expanding the Testing Frontier

The broader shift toward EOAs was successfully applied in previous programs, such as the Infantry Squad Vehicle and Next Generation Tactical Vehicle. EOAs prioritize flexibility, mobility, and timely data collection within operationally realistic training and combat scenarios.

This EOA also reflects growing engagements between operational testers and the Combat Training Centers (CTCs). CTCs are uniquely poised to enable testers minimal, invasive access to TiC units in their training cycles. CTC conditions, in many cases, qualify as the operational realism required of traditional operational tests.

Col. Ricky Taylor, Commander of Operations Group at Joint Readiness Training Center, underscored this critical initiative. “We need to continue adapting to changes on the battlefield and replicate large-scale ground combat operations,” he said. “These assessments directly support the chief’s and the Army’s initiatives. It’s imperative we embrace them and fully integrate these assessors with our task force to achieve the most valuable operational data.”

Another key evolution was the integration with the Centers of Excellence (COE), as a source of evaluation criteria. This nascent approach seeks to align EOA data requirements with the learning demands of the COEs and, in some cases, the operational units. This marks a shift from traditional dependence on formal requirements documents, like the Capability Development Document, which may be outdated or absent in today’s rapidly evolving environment.

“The Army’s expectations are clear: operational testing must deliver timely, relevant insights without compromising rigorous evaluation,” explained Willey. “Our approach ensures rapid adaptation to soldier and unit needs, directly informing future capability development.”

Qualitative Insights, Quantitative Precision

During the assessment, the team conducts comprehensive qualitative and quantitative surveys with Soldiers, which captures broad perspectives on the NGSW’s 6.8mm ammunition, Fire Control System, and overall weapon implementation. Hundreds of Soldiers provide immediate, unfiltered insights highlighting both strengths and areas requiring improvement.

“The weapon is great. I can fire effectively from all positions, and it gives me a lot of confidence,” said Spc. Shaquille Pusey of Alpha Co., 1-506th Battalion. “My only issues are the bipod, which can be hard to manage, and the ammo pouch release button. It often comes undone when I move, spilling the link.”

“With this weapon, I’m simply more lethal,” said Sgt. Christopher Caldwell from 3rd Platoon, Alpha Co., 1-506th Battalion. “Engaging targets at long distances feels effortless. It’s like having a cheat code. The precision and controllability give us a clear edge.”

While qualitative soldier feedback provides firsthand experience, Rabena’s system-oriented approach ensures the rigorous analytical depth required in operational testing.

“Unique to this EOA is its targeted data collection approach, which focuses on specific areas needing improvement that were identified in a previous operational test’s database,” Rabena said. “This EOA serves as a litmus test for program manager (PM) progress and unit sentiment toward the new system. It essentially asks, what still needs to be fixed, and have any new issues emerged?” This structured data collection will yield precise, actionable feedback for evaluators like Brooks, who ensure system updates, while contributing to the iterative process.

“The Next Generation Squad Weapon program thrives on rapid prototyping and embedded evaluation,” said Brooks. “Soldier feedback drives iterative improvements at the speed of relevance, ensuring design adjustments meet real-world needs. The U.S. Army Evaluation Center accelerates the process by delivering results briefs to senior leaders within seven days of test completion.”

Unbiased Testing, Unchanged Integrity

While TiC assessments accelerate fielding timelines and challenge traditional test methodologies, USAOTC’s fundamental commitment to providing unbiased data for decision makers remains unchanged. Modernizing T&E capabilities and data collection methods, as well as fostering closer integration with new stakeholders across the acquisition and operational communities, enables the generation of critical insights under realistic operational conditions, free from personal bias.

“Our role as an impartial stakeholder is absolutely critical,” Lorenson noted. “We objectively report the data, bridging soldier experiences with the needs of program managers and the larger enterprise, ensuring rapid delivery of reliable and effective equipment.”

A Call to Action, A Call to Transform

The assessment at Fort Johnson directly aligns with the recent emphasis of Maj. Gen. John Klein, Special Assistant to the Commanding General, U.S. Army Training and Doctrine Command on incorporating lessons learned from global conflicts that highlight urgent operational realities. The continuous transformation framework, as demonstrated through TiC, ensures that soldier input, rigorous operational testing, and adaptive acquisition practices remain at the forefront of Army capability development.

“The Chief of Staff and Klein’s message to the force reemphasized the need to evolve iteratively and continuously,” said Rabena. “This assessment isn’t just about one weapon system. It represents the future of how we rapidly develop and field critical capabilities to Soldiers on the ground.”

Forward Momentum: Lessons and Insights

As the assessment concludes, USAOTC will produce a memorandum of observation highlighting critical improvements, agile spin-off opportunities, and valuable insights to guide ongoing and future acquisition efforts. By providing data-backed, field-tested insights, iterative feedback empowers both the developers and decision makers to innovate and deliver with the urgency of today’s battlefields demand.

“Our ultimate aim is timely feedback that enables PMs, Soldiers, and the broader acquisition community to swiftly and effectively deliver superior capabilities. The NGSW Expeditionary Operational Assessment at Fort Johnson exemplifies our commitment to transforming operational testing to meet the urgent demands of the modern battlefield,” concluded Lorenson.

“We are zealously looking at how we can assist meeting the demands of operational realities, continuous transformation, and the forthcoming sweeping changes across the Army Acquisition enterprise,” Trotter said. “What we do for our Army aids in providing the best equipment on the planet to our Soldiers so that they can fight, dominate, win, and survive on the battlefields in which they WILL find themselves. The NGSW EOA is a significant step forward in revolutionizing operational test and evaluation.”

By CPT Simeon Blakely, MAJ Thomas Lorenson, and Mr. Thomas Mort, Maneuver Test Directorate, U.S. Army Operational Test Command

L3Harris Providing Additional Vampire Counter-UAS Systems to Department of Defense

Wednesday, June 11th, 2025

MELBOURNE, Fla., June 9, 2025 — L3Harris Technologies (NYSE: LHX) has received a new contract through the U.S. Department of Defense for additional VAMPIRE systems, which neutralize unmanned aerial threats. The new order builds on the first delivery and installation of the VAMPIRE systems in 2023 in support of European operations.

VAMPIRE, or Vehicle Agnostic Modular Palletized ISR Rocket Equipment, delivers advanced reconnaissance and precision strike capabilities against drones and remotely piloted aircraft, enabling European ground forces to protect allied infrastructures from enemy attacks.

“L3Harris’ VAMPIRE has proven to be a reliable and cost-effective response to the growing counter-UAS threat on the global battlefield,” said Tom Kirkland, Vice President and General Manager, Targeting and Sensor Systems, L3Harris. “We will continue to work closely with the Department of Defense and our allied partners to provide formidable counter-UAS technology domestically and abroad.”

VAMPIRE integrates L3Harris’ rugged WESCAM MX™-10D RSTA targeting and sensor system with its weapons station to allow operators to identify and engage targets quickly. The system also combines the Advanced Precision Kill Weapons System rocket with the L3Harris proximity fuze and Widow® mission management software for increased system lethality for engaging ground and aerial targets.

VAMPIRE has shown potential for multi-domain applications with capabilities that can extend to the sea, offering a solution for maritime operations against UAS, fast inshore attack crafts and low-slow flyers.

NSNs Assigned to FN’s Lightweight Intermediate Caliber Cartridge Carbine and Suppressor

Wednesday, June 11th, 2025

Over the weekend, Japanese X account @teppoblog surprised us with a post listing National Stock Numbers associated with the Lightweight Intermediate Caliber Cartridge (LICC) Individual Weapon System (IWS), a novel weapon and ammunition manufactured by FN America. We reached out to several sources to validate the NSNs and they came back as real. We must point out that Teppoblog has a history of sharing correct info.

The LICC IWS project originated in 2019 from requirements provided to the Irregular Warfare Technology Support Directorate (IWTSD), a government office, which is responsible for conducting research and development in support of U.S. and allied organizations involved in Irregular Warfare. In fact, one of those sponsors of this system, Canada Special Operations Forces Command just nominated the program’s caliber, 6.5 x 43mm (.264) for NATO Standardization. FN America was awarded a development contract and we’ve kept up on the program with a couple of updates. Last November, FN delivered carbines, machines guns, suppressors, and ammunition to several SOF organizations.

The LICC IWS has four purpose-built components:

• Lightweight ammunition family
• Improved Performance Carbine
• 25-round purpose-built, polymer magazine
• Signature Suppressor

These new NSNs pertain to the three variants of the Improved Performance Carbine (11.5” Close Quarters Battle (CQB), 14.5” Carbine, and 18.5” Recce (Designated Marksmanship Rifle)) as well as two suppressors associated with the system.

The NSNs are:

NSN 1005-01-729-0039, FN IMPROVED PERFORMANCE CARBINE 12.5 IN CQB WITH BII*

NSN 1005-01-729-0052, FN IMPROVED PERFORMANCE CARBINE 14.5 IN CQB WITH BII

NSN 1005-01-729-0046, FN IMPROVED PERFORMANCE CARBINE 18.12 IN REECE (sic) WITH BII

NSN 1005-01-728-9868, SUPPRESSOR, FLOW 264 FOR IMPROVED PERFORMANCE CARBINE

NSN 1005-01-728-9874, SUPPRESSOR, FLOW 7.62 FOR IMPROVED PERFORMANCE CARBINE

*Basic Issue Items

The suppressors are manufactured by HUXWRX.

The NSNs are managed by the Special Operations Forces Support Activity at Lexington Bluegrass Army Depot and are available for requisition by Army, Navy, Marine, Air Force and SOCOM elements and activities.

Coincidentally, they’ve added a belt-fed machine gun to the capability in the form of the FN Evolys, but we still haven’t seen an NSN. Logic goes, that if the carbines have them, it should as well.

FN has also demonstrated versions of Evolys in 7.62 NATO and 6.5 CM in addition to the .264 model developed for this program. In fact, the first version of Evolys seen in the US was as the 6.8mm candidate for Next Generation Squad Automatic Rifle which rolled into NGSW. While it proved a desirable candidate for NGSW, it was too heavy for the specs spelled out in the requirement.

Due to the multiple caliber options, a forward leaning organization could buy the LICC machine gun and then arrange for the conversion kit from FN America for the desired caliber.

Likewise, we have not yet seen any Department of Defense Identification Codes (DODIC) for the ammunition. Not saying they don’t exist, but a reliable source of .264 ammunition is critical for adoption.

At any rate, these NSNs offer an opportunity for select DoD organizations (or perhaps Federal LE) to take advantage of the production contract associated with this program.

Rampart Range Day 25 – Glock 43X

Tuesday, June 10th, 2025

Rampart showcased the Glock 43X both on and off the range during their recent event at the Stittsville Range near Ottawa, Canada.

This 9mm pistol combines a compact Slimline frame with a 10-round capacity making a great choice for concealed carry.

The frame incorporates elements of the Gen5 and Slimline series such as the short trigger distance, a frame with a built-in beavertail, a reversible magazine catch and the incredibly accurate, match-grade GLOCK Marksman Barrel (GMB) and precision-milled front serrations.

Departments, agencies, and military organizations in Canada can purchase Glock firearms via Rampart.