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Archive for the ‘Army’ Category

Soldiers Assist Air Force Squadron With Drone Warfare Training

Wednesday, March 18th, 2026

More than 200 airmen training with the Air Force’s 368th Training Squadron spent Feb. 27 at Fort Leonard Wood, Missouri, learning about unmanned aerial systems during an exercise designed to cultivate Air Force airmindedness and the warrior ethos.

The training squadron, based at Fort Leonard Wood, provides initial skills and advanced level training in the areas of ground transportation, engineering, emergency management and pavements and construction equipment.

According to Air Force Tech. Sgt. Christopher Moss, a specialty code instructor assigned to the training squadron, airmen at various specialty schools on base usually train separately, but this day was unique because it brought them all together.

“It allows them to integrate with our other schoolhouses, bringing them together as one force instead of each person learning just their craft,” Moss said. “Producing more well-rounded airmen for the force.”

Air Force Capt. Nathan Elking, 368th Training Squadron director of operations, said the unique training event is called Bracer Forge and is an operational readiness exercise.

“It is a continuation of the training airmen receive at basic training,” Elking said. “Both exercise initiatives are designed to instill airmindedness and warrior ethos in our airmen.”

The squadron’s exercise topics vary, but the current unmanned aerial system focus was driven by the unit’s specialty codes, which according to Elking play a key role in airfield damage assessment and rapid airfield damage recovery.

“Before each iteration of Bracer Forge, we provide the participating airmen with an operation order for the day and reporting instructions with a training scenario to recover a damaged airfield,” he said.

Squadron instructors prepared four stations for the airmen to rotate through.

At the airfield damage assessment challenge, Elking said teams conducted an assessment on a simulated airfield and relayed the information to their teammates in an emergency operations center.

“The airmen in the EOC were tasked with creating a map of the airfield using the details their counterparts called in over the radio,” he said.

While at the UAS reporting challenge, teams established defensive fighting positions and reported UAS activity to their teammates in the EOC by consolidating the information into a report to send up.

The other two stations were a high intensity physical fitness event and a UAS capabilities overview. Soldiers assigned to the Maneuver Support Center of Excellence Combat Training Company gave the UAS portion of the training.

“We are not subject matter experts on counter-UAS and UAS employment. Being able to leverage our Army partners at [center of excellence] played a significant role in the exercise’s success,” Elking said.

According to Army Sgt. 1st Class Austin Priebe, Combat Training Company UAS chief, his mission was to introduce small UAS threats, and teach the basics of identifying, reacting to and reporting small UAS threats.

Priebe said most trainees he instructs have watched or controlled a simulated UAS in video games, but being able to experience a UAS in person, see and hear a drone up close, is “essential to prepare service members for what they will see in current and future conflicts.”

“We conducted practical exercises on scanning for [small] UAS, completing a report and showed the airmen what they look like from an elevated viewpoint,” Priebe said.

This was the training company’s first time facilitating interservice UAS training.

“I’ve largely been focused on enabling training and instruction to the Army units here on Fort Leonard Wood since the inception of our UAS program this past fall,” Priebe said.

As the battlefield changes rapidly, so does our training requirements. If our organization can provide more realistic and in-depth training to our brothers and sisters in other branches, we only stand to benefit as a military.”

Priebe said his team is looking forward to conducting more interservice training events in the future.

At the end of the day, the exercise was a catalyst for innovation, Elking said.

“By exposing airmen to the dual nature of UASs — both as a threat to counter and a tool to master — we challenge them to rethink their mission sets and pioneer new solutions for the modern battlefield,” he said.

By Melissa Buckley, Fort Leonard Wood Public Affairs

SpiderOak Selected by the Program Office for US Army Unmanned Aircraft Systems (PMO UAS) to Support Drone Dominance Program

Tuesday, March 17th, 2026

Blue UAS Recognized Assessor to deliver supply chain and cybersecurity evaluations for participating UAS vendors

RESTON, VA, March 3, 2026 – SpiderOak, a leader in zero-trust cybersecurity solutions and services for space, aerospace, and defense, announced today that it has been awarded a contract by the Program Office for U.S. Army Unmanned Aircraft Systems (PMO UAS) to perform supply chain analysis and cybersecurity assessments for multiple vendors participating in the U.S. Army’s Drone Dominance Program (DDP).

SpiderOak, a Defense Innovation Unit (DIU) Blue UAS Recognized Assessor, will apply its Advanced Cyber Threat & Resilience Assessments (ACTRA) methodology to evaluate participating platforms for supply chain integrity, cyber resilience, and compliance with U.S. Government security requirements. The effort supports the Army’s push to rapidly field secure, low-cost, unmanned aerial systems at scale.

The Drone Dominance Program, launched in February 2026, is a multi-phase initiative designed to accelerate the evaluation, selection, and production of next-generation small UAS capabilities. The program’s initial “Gauntlet” event at Fort Benning, Georgia, brought together 25 vendors for live operational testing, with the goal of selecting up to 12 performers to produce tens of thousands of systems in the near term and scale to hundreds of thousands of units by 2028.

“As unmanned systems scale across modern operations, the integrity of their cyber and supply chain foundations becomes mission critical,” said Kip Gering, CEO of SpiderOak. “We are honored to support PMO UAS and the Drone Dominance Program by delivering independent, technically rigorous assessments that help ensure these platforms can be trusted in contested environments.”

Through this contract, SpiderOak will conduct deep technical evaluations across hardware, firmware, software, and component provenance. The assessments are designed to identify vulnerabilities, validate compliance with NDAA and NIST requirements, and help program stakeholders make informed risk decisions before systems are fielded.

Advanced Cyber Threat & Resilience Assessments

SpiderOak’s Advanced Cyber Threat & Resilience Assessments (ACTRA) delivers comprehensive, threat-informed platform vulnerability assessments for tactical systems and components. For UAS initiatives, SpiderOak provides independent, technically rigorous evaluations across hardware, firmware, software, supply chain provenance, and ownership structures. These assessments support compliance with standards such as NIST 800-171, NIST 800-53, and Executive Order 14028, enabling defense stakeholders to deploy cyber-secure autonomous systems with confidence.

US Army Contracts Elbit America for Rotorcraft Heads Up Displays

Tuesday, March 17th, 2026

Air Warrior HUDs improve aircrew situational awareness, safety, and survivability in flight

FORT WORTH, TEXAS – March 16, 2026 – Elbit Systems of America (Elbit America) was recently awarded a $49.9 million Firm-Fixed-Price, Indefinite-Delivery/Indefinite-Quantity contract from the Army Contracting Command, Redstone Arsenal, Alabama to produce Heads Up Displays (HUDs) as part of the United States Army’s Air Soldier System. Work for the contract will be done through December 2030, subject to receipt of purchase orders, and includes post-production support.

The colorized HUD is part of the Army’s Air Soldier System, an assemblage of gear and equipment used in rotorcraft that is lightweight, integrated, and designed to enhance situational awareness and survivability. The HUD’s role in this system is to present key information to aircrew, so users are always positioned head-up and eyes out.

The Air Warrior HUD is a critical flight display in operation on U.S. Army UH-60 Blackhawks and CH-47 Chinooks.

“Since our inception, Elbit America has been dedicated to improving situational awareness through sophisticated displays that enhance a user’s understanding of the conditions outside their aircraft or vehicle,” said Scott Tumpak, Senior Vice President of Electronic Systems at Elbit America. “The Air Warrior Heads Up Display allows aircrew to focus on the mission because it’s designed to ensure safety, efficiency, and comfort for aircrew.”

“In high-stakes environments, you don’t have time for uncertainty. Elbit America delivers combat-proven Heads Up Displays that provide aircrew the confidence to see first, act first, and win,” said Elbit America President & CEO Luke Savoie. “This contract is a testament to the faith the U.S. Army places in us to keep delivering key solutions to our soldiers and we’re proud of our continued partnership.”

Army Forges Partnership with Pennsylvania Companies to Create Next Generation Small Arms Gun Barrel

Tuesday, March 17th, 2026

PICATINNY ARSENAL, N.J. – Army armament engineers here partnered with a pair of Pennsylvania companies, one with alloy expertise and the other with forging metals, to deliver a capable barrel for the Army’s next generation of small arms.

Carpenter Technology developed the alloy and Geissele Automatics (also known as GWYNEDD) developed the production techniques for the barrels, while the U.S. Army Combat Capabilities Development Command (DEVCOM) Armaments Center provided the expertise in gun technology to deliver an innovation that is key to meeting the required capability.

This novel barrel design, created as part of two separate CRADAs (Cooperative Research and Development Agreements) between the Armaments Center, Geissele and Carpenter, relies on the alloy, GNB 200, which provides Army small caliber next generation weapons with higher tensile strength and, with it, better wear resistance.

This advancement came after several projects focusing specifically on barrel technology over the past decade.

According to general engineer Daniel Cler, the design’s principal investigator, DEVCOM had tested several “high alloy barrel materials” over the decade, seeking to help alleviate pressure buildup, corrosion and mechanical wear as next-generation weapons maintain significantly higher-pressure than their legacy counterparts, this could in turn worsen barrel wear.

In the past several years, the U.S. Army has attempted to shift away from using hazardous heavy metals such as hexavalent chromium coatings, which is still renowned for its longevity, but is known to cause significant health problems in production when hexavalent chromium is in solution.

Seeking to replace hexavelant chrome coatings with barrel materials that provide good wear and corrosion performance without coatings, the Army has performed research into a plethora of different metals. However, many of these materials were too hard to cold hammer forge, a method that is the current manufacturing technology for most military small arms. Because of this, the Armaments Center was refocusing on hammer forging and materials that were compatible with the process when it signed both CRADAs in 2022.

GNB 200 is, per Carpenter Technology’s website, a “premium remelted alloy steel specially formulated for high temperature wear resistance.” According to Cler, GNB 200 is near the upper limit of what can reliably be cold-hammer forged.

Carpenter Technology was already highly familiar with GNB 200, and as such provided samples for testing, along with several other materials. The Armaments Center gave guidance, processed information, provided support for analysis and result documentation and carried out accelerated wear testing for proposed alloys.

Work with Geissele focused on manufacturability and feasibility. Geissele cold hammer forged the barrels themselves, provided input and direction for coating alternatives and specifications, performed testing on barrels, and processed parameters on manufacturability. In this stage, the Armaments Center gave its expertise on barrel technologies, provided ammunition for testing and performed project oversight.

The parties involved tested the barrels in an M240L machine guns over the project’s third and final year, which ended in spring 2025. The material showed much better performance than the standard M240L barrel and now informs future Army next generation weapons.

GNB 200 continues to inform the next generation of Army small caliber weapons.Though the CRADA with Carpenter Technology has expired, DEVCOM renewed its CRADA with Geissele for another three years to continue development of barrel coatings.

A CRADA is a written agreement between one or more federal laboratories and one or more non-federal parties to work together on research or development.

The GNB 200 hammer forged barrel is not the only project made in collaboration with Geissele. The pair also collaborated on developing a new rifle profile which has been shown to further reduce wear and improve dispersion. This profile received United States Patent 12,203,716 B2 on Jan. 21, 2025.

Cler said he was most proud of seeing a project he worked on informed next generation systems. He also noted how important it is to have some influence upon the industry in the correct direction, though he lamented not being able to get involved earlier.

“CRADA’s are a good way to influence industry so that as systems are developed to meet Army requirements, industry is ready to jump in with better solutions that are more aligned with the Army,” he said.

By Tyler Barth

US Army Files Trademark Application for M8 Carbine

Tuesday, March 17th, 2026

In late January the US Army filed a trademark application with the US Patent and Trademark Office for the term “M8” for all categories of firearms. As SSD revealed yesterday, the US Army issued an experimental type classification of XM8 to the Carbine version of the M7 Rifle.

The XM8 Carbine has been making the rounds. Above you can see a member of the Army Marksmanship Unit coaching a VIP on the range. In case you were wondering, this one is outfitted with the Vortex “Eleanor” AMG 1-10x optic and the B.E. Meyers’ MAWL-X1 aiming laser. In the background you can see an M7 equipped with the XM157 Next Generation Squad Weapons – Fire Control.

US Army Designates Carbine Version of M7 NGSW Rifle as XM8

Monday, March 16th, 2026

Last month, the US Army designated the XM8 and issued a national stock number: NSN 1005-01-737-3402. Featuring an 10″ barrel, the XM8 (bottom carbine) weighs 7.3 lbs versus the 8.3 lbs of the M7 carbine with 13.5″ barrel (top rifle). These weights are weapon only and do not include suppressor and optic.

Developed by SIG SAUER as part of the Product Improvement Effort, it is a carbine version of the M7 Rifle. Along with the M250 Automatic Rifle, these weapons are being issued to the US Army’s close combat forces (think infantry, etc) as part of the Next Generation Squad Weapon program. They are chambered to fire 6.8 x 51mm composite case ammunition.

Although the main changes to the XM8 carbine are the shorter, tapered barrel, it also eliminates the side folding buttstock for a fixed, telescoping stock like the M4, and features a few changes in the upper receiver group to eliminate weight.

Many had anticipated the PIE variant to be designated as the M7A1 but this move falls more in line with the M16 and M4 as distinct weapons. Perhaps we will see an M7A1 yet.

Considering the Carbine has been given an M designation it looks like there’s a good chance that it will be adopted for issue to at least some of the force.

US Army Activates CPE Mission Autonomy

Monday, March 16th, 2026

FORT BELVOIR, Va. – Last month the Army officially activated the Capability Program Executive Office for Mission Autonomy, in a ceremony at the U.S. Army National Museum. Presiding over the ceremony was the Portfolio Acquisition Executive for Maneuver Air, Maj. Gen. Clair Gill.

Gill kicked off the event by remarking on the newly established CPE Mission Autonomy’s mission and its eventual impact across the Army.

“CPE Mission Autonomy is working to revolutionize U.S. Army operations, and by extension the very art of maneuver,” said Gill. “Teams from across the CPE are set to work with every portfolio in our Army.”

CPE Mission Autonomy is preparing to transform military operations by developing interconnected unmanned systems that can operate autonomously. Gill went on to discuss the benefits of developing autonomous platforms and the potential to revolutionize planning tools, ground vehicles, and unmanned systems, among others.

“The technological advancement created by CPE Mission Autonomy will impact the life of every soldier and provide our Army with a much-needed edge in the future fight,” said Gill.

Taking the helm of CPE Mission Autonomy is Brig. Gen. Anthony Gibbs, who is tasked with leading the organization into a future where the global battlefield is rapidly shifting.

“We are living in a time of unprecedented technological change where the character of warfare is changing right before our eyes,” said Gibbs. “To maintain our edge, we must not only keep pace but set the pace. This organization is our commitment to doing just that.”

Gibbs also emphasized the organization’s commitment to taking care of the Army’s number one resource – the men and women that make up its force.

“Ultimately, our mission is about one person – and that’s the American Soldier – the centerpiece of what we do,” said Gibbs.

As the centerpiece of what CPE Mission Autonomy does, a primary goal is to take soldiers out of harm’s way when possible and help them be a more effective force on the battlefield. Gibbs highlighted

multiple situations for which the CPE is looking at applying autonomous platforms, such as conducting reconnaissance, delivering smoke, and cueing suppressive fires in support of a fully autonomous breaching operation.

“We envision a future where these operations could be done without the humans in those dangerous situations,” said Gibbs. “Our aim is not to replace them but to empower them. It’s about reducing their cognitive load and providing them with force-multiplying capabilities that allow them to dominate any adversary on any battlefield.”

To provide our Soldiers with overmatch to dominate on the battlefield, the delivery of cutting-edge technologies and capabilities must accelerate. This is where partnerships with industry will prove vital, as the Army aims to revolutionize and streamline the acquisition process.

One example of this partnership on display is the upcoming CPE Mission Autonomy Industry Day. Held in Arlington, Va, this event allows industry leaders and Army stakeholders an opportunity to foster collaboration and innovation. Click here for more information on this event.

By Ashley John

Delivering The Future: JPADS And The Contested Battlefield

Sunday, March 15th, 2026

The nature of warfare is in constant flux, and with it, the demands on military logistics. As the U.S. Army shifts its focus toward Large-Scale Combat Operations (LSCO) and confronts the challenges of Anti-Access/Aerial Denial (A2/AD) environments, the ability to sustain dispersed forces becomes a principal concern. The Joint Precision Airdrop System (JPADS) has emerged as a critical enabler for this new era, evolving from a simple accuracy-improver to a key component of the Army’s strategy for contested logistics and strategic mobility. This system, and its future iterations, will be instrumental as the Army continues its transformation, adapting its formations and capabilities to meet the demands of the modern battlefield.

FROM BALLISTIC TO PRECISE: A BRIEF HISTORY

The concept of airdropping supplies is nearly as old as military aviation itself, but for decades, it was a notoriously inexact science. Traditional ballistic parachutes were at the mercy of the winds, often scattering loads far from their intended drop zones. As a result, critical supplies were frequently lost or damaged. This exposed ground troops to greater risk as they attempted to retrieve scattered cargo and forced delivery aircraft to fly slow low altitude passes making them more vulnerable to enemy fire.

Recognizing these shortfalls, the U.S. Army and Air Force began joint development of a solution in 1993.

This effort culminated in the JPADS. The initial version, JPADS Version 1 (V1), was fielded in 2009, followed by JPADS V2, which began fielding in 2015 and was fully deployed by 2020. These early systems represented a significant leap forward. Utilizing the Global Positioning System (GPS), an onboard computer, and steerable parachutes, JPADS could guide payloads of up to 10,000 pounds to within 100 meters of a designated target.

This accuracy allowed for drops from higher, safer altitudes, up to 24,500 feet Mean Sea Level and from a standoff distance of up to 15 nautical miles, significantly enhancing aircraft survivability.

ADAPTING FOR CONTESTING ENVIRONMENTS: THE NEXT GENERATION

The contemporary operating environment, however, presents new and complex challenges. Potential adversaries possess sophisticated A2/AD capabilities, including the ability to deny or degrade GPS signals. This critical capability gap rendered early versions of JPADS, which were solely reliant on GPS, ineffective.

The Army is actively addressing this vulnerability with the latest iterations of the system. JPADS V3, which began fielding in 2026, introduced a daytime vision navigation capability. This allows the system to operate in GPS-denied environments during the day by using visual landmarks for guidance.

The forthcoming JPADS V4, currently in development and slated to begin fielding in 2028, will represent another significant advancement. It will incorporate a suite of advanced proprietary sensors, including infrared cameras, coupled with anti-jamming technology. This will give JPADS V4 the unprecedented ability to navigate with precision in GPS-denied environments at night, in inclement weather and even over open water. Recent tests of this technology have proven successful, including a demonstration in a GPS-denied environment at White Sands Missile Range during the All-Domain Persistent Experiment.

EXTENDING THE REACH: THE FUTURE OF DISTRIBUTED LOGISTICS

The evolution of JPADS is not stopping with enhanced navigation. To truly enable distributed operations and contested logistics in a LSCO scenario, the Army needs to project sustainment over vast distances, far beyond the current 15-nautical mile offset. This is where the Long-Range JPADS (LR-JPADS) comes into play.

Beginning development in 2026 under Product Manager Force Sustainment Systems, LR-JPADS will add a propulsion kit to the standard system, extending its range to potentially hundreds of nautical miles. This will allow resupply aircraft to remain well outside the reach of most enemy A2/AD systems while still delivering critical supplies to forward-deployed units. LR-JPADS will be available in the same 2,000-pound and 10,000-pound gross payload variants, ensuring a wide range of supplies can be delivered across the operational theatre.

The Army is even looking beyond LR-JPADS to a potential Extended Long-Range JPADS, referred to as ELR-JPADS, with a conceptual range of 1,000 nautical miles. This ambitious goal would leverage ongoing science and technology efforts from the U.S. Army Combat Capabilities Development Command Soldier Center to create a truly strategic logistics asset.

These future capabilities were recently put to the test at Fort Greely, Alaska, during the Arctic Edge test event, where JPADS V3, V4 and an LR-JPADS candidate system were evaluated in the harsh arctic environment. Further operational testing is anticipated, with potential participation in major exercises like African Lion and Talisman Sabre.

CONCLUSION

As the U.S. Army continues to transform and adapt for the complexities of future warfare, the ability to sustain the force in contested environments is a non-negotiable requirement. The JPADS, through its continuous evolution and planned future enhancements, is poised to be a cornerstone of this capability. From its origins to improve airdrop accuracy, JPADS is becoming a vital tool for strategic mobility, enabling distributed operations and ensuring that the American Soldier remains the best-supplied and most lethal force on the battlefield. By extending our logistical reach while reducing risk to our personnel and aircraft, systems like JPADS ensure the Army can fight and win, anytime and anywhere.

For more information, go to www.peocscss.army.mil.

By MAJ Jonathan Perry for Behind the Frontlines

MAJ. JONATHAN PERRY is an Army Acquisition Corps officer and assistant product manager for the Cargo Aerial Delivery product office, CPE Combat Sustainment. He holds an M.A. in management with a concentration in global business from the University of Alabama and a B.S. in business management from Athens State University. He is a graduate of the Logistics Basic Officer Leadership Course, the Combined Logistics Captains Career Course and the Army Acquisition Transition Course.