Sidewinder Compact III

Hegseth: Autonomous Warfare Command Has Always Been End State

October 15th, 2026

Project Agincourt as a pathway to a four-star-led Autonomous Warfare Command has always been in the cards, Secretary of War Pete Hegseth said today at the 2026 Association of the United States Army annual meeting and exposition.

Last month, Hegseth signed a memorandum detailing the creation of the short-term Project Agincourt, which is charged with laying the groundwork for creating the Autonomous Warfare Command, a new, functional combatant command that will lead the joint force in unmanned autonomous warfare.

“Project Agincourt is the end state of something we focused on since Day 1,” Hegseth told Owen West, the chief executive officer of the Pentagon’s Direct Reporting Portfolio Manager for Unmanned Systems, which leads the project.

“We started with drone dominance almost the minute we got here; [the] president put out an executive order,” Hegseth said. “We got $1 billion of funding on drone dominance, which we put straight into the hands of operators out into the field.”

The department plans to field hundreds of thousands of one-way attack systems this year, Hegseth told the audience. In coming years, he said, that’ll be in the millions.

Drones have been around for a long time, but they haven’t become inexpensive or proliferated across the force, Hegseth said. That’s partly due to the Pentagon’s bureaucracy — something that will change with Project Agincourt and, eventually, the Autonomous Warfare Command. He added that buy-in from the military services and combatant commands plays a critical role in making that happen.

“These services are not fighting us on that concept; they believe in it,” Hegseth said.

The Army, Navy, Air Force, Marine Corps and Space Force are all aiming toward autonomous warfare, and so are the combatant commands. The secretary cited U.S. Southern Command’s recently established autonomous warfare unit, as well as U.S. Central Command’s autonomous surface systems, which rescued two downed Apache pilots off the coast of Oman in June.

To advance the adoption of autonomous systems, Hegseth said, the War Department has made significant progress in modernizing the acquisition process and incentivizing industry partners.

However, he said widespread adoption and mastery of autonomous systems will come from the warfighters using those systems and with experts there to iterate on what’s happening to make them better — both of which are expected to happen with the Autonomous Warfare Command.

“This Autowarcom is what’s going to create that multidomain, that domain synthesis that you need so that, from space to what we’re doing sub-sea in autonomy, is able to work together in a contested environment,” Hegseth said.

Acting Secretary of the Army Adam Telle said just yesterday that the Army announced the creation of the Army’s Futures and Autonomous Systems Command.

“This is our way to make sure that we take all of the great work that’s been happening with the resources that we have today, and we centralize it,” he said. “We’re pushing autonomy down into our units, but when it comes to having and making sure that the left hand in the Army knows what the right hand of the Army is doing, this happens at Fascom; then Fascom feeds up into Autowarcom.”

Telle said Fascom will work with the other services to create scale for purchasing power and share best practices on autonomy.

Acting Secretary of the Navy Hung Cao said his service is now increasing its use of and investment in autonomous systems.

“In the Strait of Hormuz, we used the Corsair … to recover two Apache helicopter pilots,” Cao said. “Then, we also used the unmanned underwater vehicles to demine that area.”

That kind of work, Cao said, can’t be done in a contested area unless it’s done using unmanned underwater vehicles. The Navy is now deploying with even more unmanned systems.

“The [Theodore] Roosevelt Carrier Strike Group just deployed on Oct. 8 with a medium-sized unmanned surface vessel,” he said. “This is the first carrier strike group to ever deploy with a large-size unmanned surface vessel — and this is a force multiplier.”

Cao said unmanned vessels are easier to build and will change the nature of surface warfare because they don’t need the complex systems required to sustain personnel on board.

The Air Force has always been dominated by manned aircraft, and Secretary of the Air Force Troy Meink said it will continue to be so. However, he said unmanned systems will play a big part of the Air Force playbook now, too.

“There’s no question though that there’s a shift coming,” Meink said. “It’s adaptability, scalability and affordability; the only way we’re going to meet the threat is with autonomous systems.”

Affordability is an important consideration for the Air Force, Meink said, adding that autonomy may be cheaper than manned systems.

“We’ve got to make sure this stuff is affordable,” he said. “We’ve got to make sure we’re buying it efficiently. And depending on how you do the comparisons, we’re talking five to 10 times cheaper to field some combat power with these autonomous systems compared to not.”

Meink noted that the Air Force is already integrating autonomous fighters into experimental operations units out at Creech Air Force Base, Nevada.

“[It took] from a year from when they first flew to when we are integrating them into experimental ops units — that’s unheard of, and it only took two years to build the first one,” he added.

With those systems, Meink said, the Air Force is focused on rapid production, scalability and lowering costs.

By C. Todd Lopez, Pentagon News

TacJobs – Buyer / Planner & Tech Support Rep at Lumenier

October 15th, 2026

Details and how to apply at apply.workable.com/getfpv.

AV and Thunder Tiger Sign MOU to Explore Uncrewed Systems Integration and Co-Production in Taiwan

October 15th, 2026

Collaboration will explore integration of AVcapabilities with Thunder Tiger platforms, potential UAS co-production and future technology development. 

ARLINGTON, Va. — (OCTOBER 14, 2026) — AeroVironment, Inc. (“AV”) (NASDAQ: AVAV), a global defense technology leader, and Thunder Tiger Corp., a Taiwan-based developer and manufacturer of unmanned systems, today announced a memorandum of understanding to explore collaboration on uncrewed systems integration, potential unmanned aircraft systems (UAS) localization and co-production and future capability co-development in Taiwan.  

The agreement establishes a framework for evaluating multiple areas of cooperation, including the potential integration of select AV Switchblade Family of Systems configurations with Thunder Tiger’s unmanned surface and ground platforms. The companies will also explore opportunities to leverage Taiwan’s industrial capacity to support future unmanned aircraft co-production and co-development. 

The companies formally signed the memorandum of understanding during the Association of the United States Army Annual Meeting & Exposition in Washington, D.C. 

“Modern defense demands the ability to rapidly integrate proven capabilities and produce them at scale,” said Church Hutton, senior vice president and chief growth officer at AV. “Our focus is on bringing proven technology and industrial capabilities together to create more options for how unmanned systems are developed, integrated and produced.” 

Under the agreement, AV and Thunder Tiger intend to evaluate the technical feasibility of integrating a launcher designed to carry multiple Switchblade all-up rounds with Thunder Tiger’s unmanned surface vessel, including opportunities to advance interoperability and support future demonstrations. 

The collaboration reflects AV’s broader approach to create and expand international industrial partnerships and explore opportunities to accelerate the development, integration and production of uncrewed systems. 

Springfield Armory Announces Launch of Echelon Pro 9mm Pistols

October 15th, 2026

Springfield Armory® is proud to announce the launch of the new Echelon® Pro Comp line of 9mm pistols. Available in 4.0C compact, 4.0FC hybrid and 4.5F full-size variants, these Echelon Pro pistols add a distinctive set of enhanced features to the modularity and adaptability that define the Echelon series.

The Echelon Pro Comp builds on the proven foundation of the fully ambidextrous Echelon platform with a performance-focused collection of features. Built around the same robust Central Operating Group® and Variable Interface System®, the Echelon Pro pairs a LightForged™ frame featuring aggressive Badlands texture with an integrally compensated slide assembly finished in Springfield Grey Cerakote®. A machined steel flared magwell, stainless steel guide rod, tritium front sight with an orange luminescent ring, and three included extended magazines round out the package.

The Echelon Pro’s LightForged Grip Texture uses precision lasers to sculpt and reform the surface of the grip module, creating a highly defined texture reminiscent of custom stippling with greater consistency and control. The process allows precise shaping of texture geometry and placement across the grip for a refined, repeatable surface with excellent traction and a premium feel. The Echelon Pro debuts this technology with the Badlands pattern, an aggressive “cracked-earth” texture engineered for confident grip and control.

The 4.0C compact model comes with three 18-round extended magazines, while the hybrid-sized 4.0FC (with a 4″ barrel and compact slide paired with a full-size grip module) and the 4.5F full-size each come with three 20-round extended magazines. The flared magwell is removable to allow the use of flush-fit magazines.

Like all Echelon pistols, the modular Echelon Pro Comp pistols’ serialized Central Operating Group allows for easily swapping out grip modules of differing colors and sizes. In addition, the Variable Interface System allows for the direct mounting of today’s most popular optics to the slide. All three variants feature an MSRP of $899.

“At its launch, the Echelon quickly established itself as a premier 9mm duty pistol with cutting-edge performance and a highly modular design,” said Steve Kramer, Vice President of Marketing for Springfield Armory. “The new Echelon Pro takes that solid foundation and adds a wide range of performance-oriented enhancements to further expand this platform’s already impressive capabilities.”

• Echelon® Pro 4.0C Comp 9mm | ECP9409BY-COMP | 706397008758 | MSRP: $899
• Echelon® Pro 4.0FC Comp 9mm | ECP9409BYFC-COMP | 706397008789 | MSRP: $899
• Echelon® Pro 4.5F Comp 9mm | ECP9459BY-COMP | 706397005498 | MSRP: $899

For more information on the Echelon Pro Comp pistols, please visit spr-ar.com/r/6280.

Reptilia Introduces Q-Sert Versions of TORCH Light Body and SOCKET QD Sling Mount

October 15th, 2026

New mounting options bring two established Reptilia accessories to Q-Sert-equipped handguards.

Reptilia announces the launch of the TORCH™ 6V/18650 Q-Sert Light Body and SOCKET™ Q-Sert QD Sling Mount, expanding its accessory lineup with dedicated options for the Q-Sert mounting system.

Both products attach directly to Q-Sert-equipped handguards, providing compact mounting solutions for lights and slings without separate adapters.

TORCH™ 6V/18650 Q-Sert Light Body

The TORCH combines the light body and mounting interface in a single component, keeping the light close to the handguard and reducing unnecessary bulk. Offered in left- and right-side configurations, it allows users to choose the placement that suits their setup.

The TORCH is compatible with Modlite Systems and SureFire® M600DF Scout light heads and tail caps. It is sold as a light body only, not a complete light.

MORE INFO

SOCKET™ Q-Sert QD Sling Mount

The SOCKET brings Reptilia’s low-profile, anti-snag sling attachment design to the Q-Sert mounting system. Originally developed in response to an end-user request for a streamlined QD attachment, the SOCKET provides a compact connection point while minimizing protrusions that can catch on equipment.

The new Q-Sert version extends that approach to users seeking a dedicated sling attachment for their Q-Sert-equipped handguards.

MORE INFO

Availability

The TORCH™ 6V/18650 Q-Sert Light Body and SOCKET™ Q-Sert QD Sling Mount are available through Reptilia. For product details and ordering information, visit ReptiliaCorp.com.

Army Hosts International Signing Ceremony for UAS and Counter-UAS Marketplaces at AUSA 2026

October 15th, 2026

WASHINGTON — The U.S. Army hosted senior defense leaders and international delegates from eight partner nations for a formal signing ceremony, further expanding allied access to the Unmanned Aircraft Systems (UAS) and Counter-UAS Marketplaces at the 2026 Association of the United States Army (AUSA) Annual Meeting and Exposition today at the Walter E. Washington Convention Center.

Acting Secretary of the Army Hon. Adam R. Telle hosted the event alongside the Assistant Secretary of the Army for Acquisition, Logistics and Technology Hon. Brent G. Ingraham, and President and CEO of AUSA Gen. (Ret.) Robert B. Brown.

Partner representatives from Albania, Canada, Croatia, Egypt, Japan, Kuwait, Morocco, and Panama, including defense ministers and general officers, joined U.S. leaders on stage to formalize their participation through signing Statements of Intent (SOIs).

The signing solidified increasing multinational commitments to participate in two secure U.S. Army online platforms — one dedicated to UAS and one to Counter-UAS capabilities.

“Today’s Statement of Intent signing marks a critical milestone in transforming warfighting procurement at the speed of business,” said Acting Secretary Telle. “These digital marketplaces tear down legacy bureaucratic barriers and help rapidly equip our Soldiers with every competitive advantage to remain the most lethal and capable fighting force the world has ever seen. We are building open architecture at the tactical systems level and open architecture at the strategic national level. By bringing our allies and partners onto a unified, online purchasing platform, we are delivering lethal, decisive capability at scale while strengthening the collective defense industrial base.”

Through a streamlined procurement pathway known as the “FMS Fast Lane,” partner nations can order pre-cleared, standard-configuration drone and counter-drone systems directly through pre-established contracts. By proactively completing key exportability requirements (including technology transfer approvals, marketing licenses, and foreign disclosure clearances) the Army compressed traditional FMS case development timelines from months down to days.

“Our mission with the UAS and Counter-UAS Marketplaces is simple: deliver commercial agility within an accountable, government-to-government framework,” said Hon. Ingraham. “With standardized auto-generated Letters of Offer and Acceptance and pre-negotiated contract vehicles, allied partners can now move from request to purchase in days rather than months.”

This ceremony built upon momentum established in June 2026 at the Eurosatory defense exhibition in Paris, where the Army signed initial SOIs with nine European partners (Denmark, France, Italy, Lithuania, the Netherlands, Norway, Poland, Sweden, the United Kingdom). Since then, 29 partners across the Indo-Pacific, European, Central, and American commands have joined the marketplace framework.

The following partners are currently signatories of the marketplaces:

  • Albania
  • Argentina
  • Australia
  • Canada
  • Croatia
  • Denmark
  • Egypt
  • Estonia
  • Finland
  • France
  • Italy
  • Japan
  • Kuwait
  • Latvia
  • Lithuania
  • Mexico
  • Morocco
  • Netherlands
  • Norway
  • Panama
  • Poland
  • Romania
  • Singapore
  • South Korea
  • Sweden
  • Taiwan
  • Thailand
  • United Arab Emirates
  • United Kingdom

US Army Public Affairs

Arkeus’ Warden Hyperspectral Optical Radar Enters Australian Army Service

October 14th, 2026

Arkeus is pleased to confirm its Warden Hyperspectral Optical Radar (HSOR) will enter service with the Australian Army to provide comprehensive wide-area domain awareness for the Army’s Integrator UAS as a part of the Tactical Uncrewed Aerial System (TUAS) Program, strengthening Army’s ability to generate complete domain awareness across land and littoral environments.

The capability will support Army commanders to detect, understand and respond across larger areas of the battlespace, improving situational awareness and contributing to decision superiority in complex operating environments.

Following down-selection in November 2025, where Warden outperformed advanced sensing technologies from around the world, Arkeus has worked closely with the Australian Army and Insitu Pacific to rapidly integrate, test and validate the Warden on the Australian Army Integrator UAS.

With the completion of that process, the Australian Army is pleased to confirm acquisition of the first tranche of Warden systems for deployment with the Army’s (TUAS), being delivered and sustained by Insitu Pacific.

COL Joel Domigan from Headquarters Army Aviation Command outlined that the acquisition is part of the Australian Army’s TUAS Program to support tactical level intelligence, surveillance and reconnaissance requirements of Army’s Combat Brigades.

“The introduction of Warden enhances Army’s ISR posture by providing persistent, wide-area surveillance from the Integrator platform. It enables commanders to extend their situational awareness, shorten decision cycles, and maintain operational advantage across land and littoral domains. This wide-area sensing capability is a key enabler that enhances Army’s ability to operate effectively in a contested environment,” said COL Domigan.

Arkeus CEO and co-founder, Simon Olsen, said: “We’re honoured to deliver Warden to the Australian Army and provide capability that can help Australian soldiers on the ground gain a far more comprehensive understanding of the battlespace, in a much shorter time frame.

“Warden brings together wide-area, real time, hyperspectral optical sensing that is powered by our ARK artificial intelligence orchestration and data fusion software. This combination enables the Integrator to be able to autonomously detect, classify, locate and track objects in real time, and over wide areas, extending the area of coverage from each platform in the land, littoral and maritime domains. Warden delivers a disruptive speed and precision of decision making in the most challenging operating environments.

“During testing and integration, Warden demonstrated its ability to perform in challenging and degraded conditions, by day and night, where conventional optical systems can struggle. It is purpose-built for high-tempo operations, contested operations and the growing role of autonomous systems in modern defence,” said Olsen.

Warden will be mounted on Insitu Pacific Integrator Uncrewed Aerial Systems (UAS). Arkeus has been collaborating with Insitu Pacific for a number of years to bring enhanced domain awareness to their Integrator Air Vehicles. Andrew Duggan, Managing Director of Insitu Pacific said: “Integrator’s range, endurance and mission flexibility make it well suited to persistent surveillance across land and maritime environments. Arkeus’ Warden HSOR payload adds a powerful wide-area sensing layer to the platform, combining hyperspectral collection with onboard AI processing to support Army’s ISR requirements.

“As we continue to build sovereign capability here in Australia to sustain and grow Integrator’s capability for Army under the Australian Army’s TUAS program, the successful integration of Warden in partnership with Arkeus has clearly demonstrated how rapidly we can field cutting edge capabilities. The Integrator is a flexible and proven platform, purpose built for complex missions and this effort has clearly demonstrated its readiness to be paired with advanced Australian sensing technology like Warden,” said Duggan.

Warden is the world’s first, real time, wide-area, hyperspectral ISR sensor for Tactical Uncrewed Aircraft System (TUAS). Whereas current sensing hardware is designed for a human operator, Warden is specifically built for AI. This means it is not restricted by human limitations. Its Hyperspectral Optical Radar can see significantly further than comparable alternatives. Warden employs an edge-based AI orchestration and data fusion engine, ARK, operating on the sensor itself to be able to contextually understand the environment and rapidly detect, classify, locate and track objects within the area of operation, all in real time.

Introducing Flymotion AirMesh

October 14th, 2026

TAKE MISSION CONNECTIVITY TO THE AIR

FLYMOTION AirMesh™ is a purpose-built UAS connectivity payload designed to extend communications range, expand network coverage, and strengthen connectivity across dynamic operational environments.

Integrated with the Skydio X10D/X10* and powered by Silvus’ battle-proven MANET technology, AirMesh™ provides secure, high-bandwidth connectivity between operators, sensors, and unmanned platforms, supporting critical video, voice, telemetry, and mission data.

Beyond extending operational reach, AirMesh™ can also enable the aircraft to serve as an airborne mesh relay node, helping teams maintain and expand their network where connectivity is needed most.

EXPANDED COVERAGE

EW-RESILIENT CONNECTIVITY

COMMUNICATIONS RELAY

Support the exchange of video, sensor data, telemetry, and voice between connected teams and systems.

Powered by 

AirMesh™ integrates the Silvus StreamCaster® LITE 5200 MANET radio, providing secure, high-bandwidth communications and compatibility across the Silvus ecosystem.

Native Integration with

AirMesh™ uses the aircraft’s native payload interface and integrates with supported Ground Control Stations, with no external batteries, wiring, or aircraft modifications required.

Interested In Integrating AirMesh™

With A Different UAS Platform?

Contact our team to discuss your platform, operational requirements, and potential integration opportunities.

*Configured as an aerial mesh node on the Skydio X10.