Salomon Forces Genesis MID GTX

Priority Units Demonstrate, Choose Their Own MRR Frones via UAS Marketplace

August 12th, 2026

CLARKE RANGE, ANNISTON, Ala. – The Capability Program Executive (CPE) Aviation Uncrewed Aircraft System (UAS) Project Office is advancing company-level directed requirements — putting relevant, rapidly deployable drones in Soldiers’ hands, and creating capability decision space for Transformation in Contact (TiC) Units.

During a week of evaluation events performed by Product Office Small Uncrewed Aircraft Systems (SUAS), Soldiers in TiC units participated in Medium Range Reconnaissance (MRR) system demonstrations intended to inform their own system fielding selections.

As part of the Army’s initiative to test and field new technologies directly with operational units, this event allowed Soldiers to familiarize themselves with multiple Group 2 systems currently listed on the UAS Marketplace, perform live flight operations, and receive formal instruction on marketplace best practices and procurement procedures.

“From the unit level, having a lot more say of what potential systems and capabilities we get fielded is probably the biggest plus,” said CW2 Derrick Brown from 101st Airborne Division.

Brown said the ability to see the systems, understand their operation, transportation, crew requirements, range, and set-up in a hands-on environment was a positive experience.

Following the flight demonstrations, units were able to select up to two different systems to meet their specific Reconnaissance, Surveillance, and Target Acquisition (RSTA) requirements. Those systems will be fielded and trained over the next several months.

“I think [the UAS Marketplace] cleans up a lot of the [acquisition] process by showing units what all the available options are, not just what’s slated to come to them,” said Capt. Max Laguna, 1st Calvary Division. “It also allows a comparative aspect that you didn’t have before.”

Laguna said seeing user feedback, verifiying system aspects, and reviewing in one place allowed him to make a more informed decision for the most effective tools to accomplish the mission.

During the event, units provided system feedback based on cost, product support, integrated payload options, configurations, and justifications for their decisions. Units were also encouraged to provide event feedback for future iterations of these events.

“Leveraging existing, readily available systems enables our formations to out-pace threats our Soldiers will encounter on the future battlefield,” said Col. Danielle Medaglia, Project Manager for the UAS Project Office. “Seeing these units learn about, provide feedback, and buy systems in real time proves this new approach to drone acquisition is working.”

This event is a prime example of the Army’s commitment to accelerating fielding and prioritizing Soldiers’ needs and preferences for their missions. With their new systems in-hand, these units can collect, develop, and maintain real-time situational awareness during their missions.

Capability Program Executive Aviation

SETAF-AF Hosts Joint Ghanaian Delegation to Advance Partner Drone Production

August 11th, 2026

VICENZA, Italy —

U.S. Army Southern European Task Force, Africa (SETAF-AF) hosted Ghana Armed Forces representatives for a showcase of U.S. unmanned aircraft systems innovation, technical management and production capabilities at Caserma Del Din in Vicenza, Italy, July 21-22.

The five-member delegation represented Ghana’s army, navy and air force, and included leaders and planners ranging from the battalion to branch headquarters. It was the first time Ghanaians visited SETAF-AF to discuss UAS, and the first time Ghanaian officers toured the 173rd Airborne Brigade’s Bayonet Innovation Team lab.

“The GAF are exceptionally professional and capable partners,” said U.S. Army Maj. Stephen Scuderi, the Ghana desk officer with the Security Cooperation Directorate, SETAF-AF. “While we are assisting the GAF in standing up their own drone production, this effort paves the way for future joint co-production opportunities and access to their training ranges to test and mature our own UAS and counter-UAS technology in different environments.”

Scuderi explained that Ghanaian leadership is focused on independence, self-reliance and locally developed solutions. They want to design and manufacture UAS capabilities tailored precisely for their specific regional environment, with a long-term goal of exporting those systems to West African regional partners.

This engagement builds upon a bilateral UAS partnership first discussed in 2025 between the U.S. Army Europe and Africa commander and the Ghanaian chief of army staff.

“Our primary goal was to demystify in-house drone manufacturing and show the Ghanaians exactly how the U.S. Army executes this at the tactical level,” Scuderi said.

The delegation spent its first day at the 173rd Airborne Brigade BIT’s lab, reviewing in-house manufacturing capabilities and observing a live UAS flight demonstration. The day ended with a question-and-answer session on manufacturing techniques, UAS training and rapid maintenance cycles.

On the second day, SETAF-AF experts briefed the delegation on electromagnetic spectrum control and electronic warfare in active UAS environments, airspace integration and management protocols, counter-UAS defense frameworks, and UAS intelligence exploitation.

While the U.S. Army and the GAF differ in size and budget, the localized production model utilized by the 173rd Airborne Brigade BIT is highly scalable and replicable for GAF forces. The intent was to provide the GAF delegation with a realistic, proven blueprint to help them lay the foundation for their own drone manufacturing capability.

U.S. Army Capt. Vincent Gasparri, director of the 173rd Airborne Brigade BIT, said the technical exchange ran in both directions.

“The BIT’s primary goal was to explain the lessons we have learned pursuing UAS in the 173rd Airborne Brigade to the GAF to support their similar efforts,” Gasparri said. “We also wanted to learn what advancements and work the GAF have made with respect to UAS that can inform our efforts internally.”

Gasparri noted that Ghana has faced technical challenges the 173rd has not, like extreme heat impacting battery life, which prompted internal consideration and planning for advancements in that area as well.

“Our team’s experience with the GAF has been informative because it provides insight into alternative environments, and military challenges and progress within UAS,” Gasparri said.

Ghana’s weather, supply chains and operating environment differ from Europe’s, and accounting for those differences ensures U.S. systems and designs hold up across a wider range of conditions.

“It also serves to further shape the capacity and value that can come from a drone center of excellence and training area in Ghana for both the GAF and U.S. forces,” Gasparri said.

To move discussions toward fielded capability, SETAF-AF is brokering partnerships between Ghanaian research institutions and U.S. universities and research centers, as well as securing collaboration with U.S. private industry partners.

Scuderi pointed out that these partnerships run parallel to and complement the line of effort to establish the Africa Multidomain Training and Experimentation Center in Morocco. Together, the two efforts contribute to a wider goal of fostering standardized partner-nation UAS proficiency and shared multidomain understanding across Africa.

“This engagement serves as a model,” Scuderi said. “SETAF-AF stands ready and willing to collaborate with African nations to drive innovation, whether in UAS or other emerging technological sectors.”

Fierce Firearms Launches the Wingman SBR: A 5.4-Pound Precision Rifle Built to Ride Along

August 11th, 2026

Titanium-actioned and carbon-barreled at just 5.4 pounds bare, the Wingman brings full-size precision to a 12.5-inch package, arriving as the $0 federal transfer tax makes short-barreled rifles more accessible than ever.

REDMOND, Utah — August 10, 2026Fierce Firearms today announced the launch of the Wingman SBR, a short-barreled precision rifle chambered in 22 Creedmoor, 25 Creedmoor, and 6.5 Creedmoor. Built on the company’s CT Mini Rogue platform with a titanium action and a 12.5-inch carbon-fiber barrel, the Wingman weighs just 5.4 pounds bare — a genuine precision rifle compact enough to ride under a truck seat, behind a UTV seat, or in a pack, and shoot when it comes out.

 

Built for the hunter and shooter who wants precision without a full-size footprint, the Wingman’s light weight and compact length suit it naturally to varmint and predator work: the fast-handling, move-often, grab-it-quick shooting where a full-size rifle is a burden. In 22 Creedmoor with a purpose-built varmint bullet, it is a dedicated small-game and varmint rifle; in 25 Creedmoor, it crosses over to predators and deer-sized game alike; and in 6.5 Creedmoor, it runs as a precise match and varmint rifle on the most widely available factory ammunition in the segment. At a suggested retail of $2,995, it undercuts comparable offerings in a lighter, shorter package.

“We built the Wingman to be the one rifle that’s always with you—in the truck, in the blind, in your pack. It’s short enough to stow anywhere and never gets in the way, but it doesn’t give up performance to get there. That’s what makes it your wingman,” said John Mogle, CEO of Fierce Firearms.

The launch arrives at a turning point for the category. As of January 1, 2026, the federal transfer tax on short-barreled rifles was reduced from $200 to $0. Electronic Form 4 transfers filed by individuals are currently being approved in a matter of days rather than the months the process historically required. The NFA registration process, including the required background check and approval before transfer, remains fully in place; what has changed is that the $200 tax that accompanied it for decades is now $0. Between the reduced transfer tax and dramatically shortened approval times, an SBR is more accessible to the law-abiding buyer today than at nearly any point since the National Firearms Act took effect in 1934.

Key features:

– Platform: Fierce CT Mini Rogue, titanium action, 70 degree bolt throw

– Barrel: 12.5″ carbon fiber

– Trigger: Trigger Tech Primary Pro

– Weight: 5.4 lbs, bare rifle (no optic, mount, or accessories)

– Chamberings: 22 Creedmoor, 25 Creedmoor, 6.5 Creedmoor

– MSRP: $2,995

– Class: Short-barreled rifle (NFA item; where legal, transfer through an SOT/FFL dealer required)

In Fierce testing with DirtNap Ammunition (the company’s in-house load line, developed and validated for the Wingman), the three chamberings delivered muzzle velocities, all from the 12.5-inch barrel, of 2,810 fps in 22 Creedmoor (62-grain Hornady ELD-VT), 2,725 fps in 25 Creedmoor (110-grain Nosler AccuBond), and 2,500 fps in 6.5 Creedmoor (120-grain Hornady ELD-M). In 25 Creedmoor, the load retains sufficient velocity and energy for effective terminal performance on deer-sized game to 400 yards.

Availability

The Wingman SBR is available beginning August 10, 2026, through Fierce Firearms dealers holding the appropriate NFA/SOT credentials, and at fiercearms.com. As an NFA-regulated firearm, the Wingman is available only where permitted by state and local law, and all transfers are subject to federal registration requirements. Buyers should confirm legality in their jurisdiction before purchase.

WEPTAC Range Day 2027

August 11th, 2026

The annual WEPTAC Range Day takes place on Monday, January 18, 2027, to coincide with SHOT Show Week. This is a DoW-centric event. Industry, this is your place holder.

Attached is the event flyer. Registration prices and more details to come. In the meantime, please confirm your vendor attendance to RANGEDAY@WEPTAC.COM.

Eureka Molding – PALICE Frame

August 11th, 2026

An improvement over the venerable ALICE frame the new injection molded, Polymer PALICE from Eureka Molding is lightweight, yet strong.

Offered on Coyote, Ranger Green and Black, you can get the frames from Raptor Tactical, Tracer Tactical, Platatac, Twinneedle, and Valhalla Tactical.

DroneShield Launches RfRecon, Marking the Evolution from RF Detection to RF Intelligence

August 11th, 2026

Enabling operators to detect, locate, and understand activity in the RF environment – from a single portable platform.

Sydney, Australia – 10 August 2026DroneShield (ASX:DRO), a global leader in advanced counter-drone (CUAS) technology, today announced the launch of its latest flagship product, the RfRecon, a portable RF intelligence solution designed to help defence, government, and security organisations better understand the electromagnetic environment wherever operations occur. 

Built on DroneShield’s recently launched proprietary RfAI-3 intelligence architecture, RfRecon enables operators to rapidly sense, identify, locate, and assess RF activity from a single device. Rather than simply collecting spectrum data, it provides the operational context needed to support faster and more informed decisions in the field.   

Modern operations increasingly depend on understanding the electromagnetic environment. The rapid growth of uncrewed systems, electronic warfare capabilities, and wireless communications has dramatically increased the volume of complexity of RF activity surrounding today’s operators. While sensing technologies have become more capable, interpreting that information still requires multiple systems, specialist expertise, or time-consuming analysis.

RfRecon was developed to change that.

By combining ultra-wideband spectrum awareness, precision direction finding, and RfAI-3-powered signal intelligence within a single portable capability, RfRecon delivers immediate operational understanding while reducing operator workload and accelerating decision-making at the tactical edge.


Image: RfRecon powered by RfAI-3 senses unknown RF activity surrounding today’s operators.

RfRecon delivers a step change in capability versus previous industry adopted solutions, combining approximately six (6) times more radio frequency spectrum coverage, four (4) times greater processing and AI compute, thirty-one (31) times more storage, and eight (8) times more memory, while introducing advanced capabilities such as direction finding, Bluetooth and Wi-Fi, Remote ID, AIS/ADS-B detection, integrated GNSS, and hardware-based security. Collectively, these enhancements position RfRecon as a significantly more capable and future-ready sensing platform.

“The electromagnetic spectrum has become one of the most important sources of operational intelligence on the modern battlefield, but collecting data is no longer enough,” said Angus Bean, Chief Executive Officer of DroneShield. “The teams that gain the greatest advantage will be those that can rapidly understand what they’re seeing and confidently act on it. RfRecon reflects that shift by bringing RF intelligence directly to the tactical edge”.

RfRecon is designed to operate within a layered defence architecture, extending RF intelligence from the tactical edge to enterprise command-and-control. The capability supports dismounted, vehicle-mounted, expeditionary, and fixed-site operations, and its open architecture and support for industry-standard data transfer enable rapid integration into existing security and defence ecosystems.


Image: RfRecon’s multi-mission design extends RF intelligence from tactical edge to enterprise command-and-control.

RfRecon interoperates with the tools operators already rely on, including ATAK, third-party command-and-control platforms, and complementary sensor technologies. It can also form part of layered counter-UAS architectures incorporating cyber takeover and kinetic defeat capabilities. Whether deployed standalone or integrated into broader mission systems, RfRecon helps organisations build a more complete understanding of activity across the electromagnetic environment. RfRecon will continue to benefit from ongoing enhancements delivered through DroneShield’s software roadmap, ensuring customers gain access to future improvements in RF intelligence capabilities over time.

RfRecon is available immediately for qualified defence, government and security customers worldwide. 

PAE Marine Corps Fields Squad Aiming Laser

August 11th, 2026

CAMP LEJEUNE, N.C. —

Program Manager Ground Weapons Systems (PM GWS) within PAE Marine Corps began fielding the Squad Aiming Laser (SAL) to the School of Infantry-East at Camp Lejeune, N.C., July 27 and 28, equipping infantry, reconnaissance and special operations forces with a compact, high-precision tool for the modern battlefield.

SAL is an ultra-compact, all-digital, multi-function laser system. It provides both visible and near-infrared (NIR) aiming pointers and illumination, allowing Marines to locate, identify, and engage targets in the most contentious environments and harshest conditions.

Harry Mandeles, the project officer for the Optics Team at PM GWS, said the transition to SAL represents more than just a hardware update; it is a fundamental shift in how small units dominate the night.

“The NIR beam and illuminator clarity is a generational leap. Infantry Marines will notice significantly less eye strain and a much clearer target picture through their Night Vision Goggles (NVGs) compared to the legacy PEQ-16.” Harry Mandeles, the project officer for the Optics Team at PM GWS.

The benefits to the Fleet Marine Force (FMF) are rooted in three primary tactical advantages: weight reduction, beam quality, and engagement range. By reducing the front-end weight of the M27 Infantry Automatic Rifle (IAR), the SAL improves overall weapon balance, making the platform more maneuverable during high-tempo operations. The use of Vertical-Cavity Surface-Emitting Laser (VCSEL) technology produces a uniform, clean beam for faster target identification enabling squads to fully utilize the extended-range capabilities of modern NVGs, pushing the lethality of the squad further than ever before.

Beyond its technical specifications, the SAL program serves as an example of the Marine Corps’ commitment to rapidly delivering capability through leveraging commercial technology. By leveraging SOCOM’s Small Business Innovation Research efforts and small-business agility, the SAL program moved from a stated requirement to a major contract award with remarkable speed. This rapid acquisition model ensures that Marines are not waiting years for technology that is available today.

“The biggest success with SAL was competitively awarding an IDIQ [Indefinite Delivery, Indefinite Quantity] contract, securing a higher-power laser in a package smaller than any laser in our inventory, and we did it at an extremely competitive price.”

As the Marine Corps continues to refine its Force Design initiatives, the fielding of the SAL ensures that the individual rifleman remains the most lethal element on the battlefield. With its digital interface, lightweight design, and superior optical clarity, the Squad Aiming Laser provides the precision necessary for the complex, low-light engagements of 21st-century warfare.

By Adam Vernon | Portfolio Acquisition Executive Marine Corps

TacJobs – Clay Target Head Coach at Georgia Southern University

August 10th, 2026

Take the helm of an established collegiate shooting program as our full-time Clay Target Head Coach. Responsible for the comprehensive development of a multi-discipline team, this position offers the unique opportunity to mold high-caliber student-athletes, foster student engagement, expand community partnerships, and cultivate a robust donor strategy to secure long-term program sustainability.

Seeking someone who pairs technical coaching expertise with safety standards, operational precision, and a commitment to academic excellence. Candidates must be a certified coach (NSCA/NSSA Level II+ or equivalent). Step into a role where your coaching vision, community outreach, and leadership directly shape an expanding program.

Learn more about our facilities and programs at cri.gs/ssec.

Apply on OneUSG Careers.

Application review begins August 15.

Job ID: 302130

cri.gs/claytargetcoach