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Army Begins Production of Second Tranche of Short Range Reconnaissance UAS

Thursday, August 28th, 2025

Redstone Arsenal, Ala. 20 August 2025 – The U.S. Army has initiated production of the second tranche of its Short Range Reconnaissance (SRR) UAS (Unmanned Aircraft Systems), marking a significant step forward in modernizing battlefield capabilities. The Army selected Teal Drones and their Black Widow system as one of two vendors to manufacture the SRR system, which will equip the Army’s Transformation in Contact (TiC) units with advanced, networked communication systems designed to address emerging threats.

Initial fielding of SRR tranche one began in September 2022, and to date the Army has fielded over 16 brigades with this capability. Critical lessons learned and Soldier feedback from tranche one were incorporated in tranche two. This strategy will continue to incorporate new technologies into future tranches to provide the very best UAS capabilities on an accelerated schedule.

The TiC initiative is part of a broader Army effort to evaluate how personnel, tactics, and technologies align to meet the demands of modern warfare. The Program Manager for Uncrewed Aircraft Systems remains committed to delivering essential equipment to soldiers in time to support the Army’s strategic objectives. These systems act as force multipliers, enabling precise fires, supporting ground operations with timely intelligence, and enhancing operational flexibility and agility. SRR systems use cutting-edge sensors that integrate with Uncrewed Vehicle Control and Android Tactical Assault Kit capabilities. These capabilities provide real-time intelligence, reconnaissance, and target acquisition, empowering commanders with the tools to make rapid and informed decisions. Additionally, SRR systems continue to improve Soldier survivability by detecting threats, identifying safe routes, and minimizing exposure to hazards, making these systems indispensable assets on the modern battlefield.

The Army’s investment in SRR systems underscores its commitment to advanced technologies that improve combat effectiveness and protect soldiers in increasingly complex operational environments.

By Matthew Ryan

US Army Taps LiquidPiston to Build Ultra-Compact Mobile Command Post Auxiliary Power Unit

Wednesday, August 27th, 2025

Contract Awarded Under US Army’s SBIR CATALYST Program
BLOOMFIELD, Conn. — August 27, 2025 — LiquidPiston, Inc., a leading innovator in compact, efficient, heavy-fueled rotary combustion engine technologies and hybrid power systems, has begun developing an ultra-compact auxiliary power unit (APU) for mobile command posts under a U.S. Army Small Business Innovation Research and Small Business Technology Transfer (SBIR|STTR) contract.

With a potential total value of $15 million or more, the SBIR CATALYST award advances the Army’s Mobile And Survivable Command Post (MASCP) initiative, which aims to integrate a mobile power solution for future Command Post Modernization efforts. MASCP targets vulnerabilities in current command posts, which face rising electric power demands, often rely on separate trucks or trailers to transport heavy electric power generators and require greater mobility and distribution to support warfighter operations and reduce exposure to hostile threats. 

LiquidPiston’s proposed solution features a vehicle-mounted, ultra-compact 10-kilowatt (kW) APU based on its 10 kW portable electric generator platform, powered by its basketball-sized, 25-horsepower, heavy-fueled XTS-210 X-Engine™. 

Launched in 2022, the SBIR CATALYST Program brings together the U.S. Army, integrators, and small businesses to accelerate the development and deployment of advanced technologies. The program uses a gated, milestone-driven approach to funding and awards up to $1 million over six to 12 months to Phase II and Direct to Phase II recipients who present clear, actionable transition plans.

Recipients who successfully complete base performance may qualify for a SBIR CATALYST Phase II Enhancement award, structured through a 2:1:1 matching fund model across 12 to 24 months. The structure enables up to $3.5 million in matched contributions from both a government transition partner and an integrator, unlocking up to $7 million in matching SBIR funds and totaling $15 million or more in potential award funding. 

“U.S. small businesses like LiquidPiston use Army Innovation Programs—including xTech, SBIRSTTR, and SBIR CATALYST—to develop critical solutions that address the Department of Defense’s operational needs,” said Dr. Matt Willis, Director of Army Innovation Programs. “These programs deliver resources and funding that help small businesses fast-track transformative, commercially viable technologies to support current and future Army missions.”

The Army recently featured LiquidPiston in its U.S. Army SBIR|STTR Spotlight.  

The SBIR CATALYST award builds on several Department of Defense contracts awarded to LiquidPiston, including: 

“We’re very proud and excited to be able to continue to mature our X-Engine and power systems platforms in support of the U.S. DoD’s initiatives to provide operational energy to our warfighters who need to be constantly on the move in contested logistics environments,” said Alec Shkolnik, co-founder and chief executive officer of LiquidPiston. “Our innovation and product development efforts are focused on enabling smaller, lighter portable and vehicle-mounted power systems which operate efficiently on military-grade and other fuels.”

New Production Facility Opens to Streamline Army Artillery Production

Monday, August 25th, 2025

ROCK ISLAND ARSENAL, Ill. — Since 2022, the Army has nearly quadrupled its monthly production of the 155mm M795 projectile artillery and is driven by efforts to improve readiness, respond to global demands, and incorporate lessons learned from current conflicts.

Ryan Oliver, contracting officer and Corey Schaefer, contract specialist, from the Munitions Readiness Directorate at Army Contracting Command – Rock Island were responsible for awarding a $44.9 million contract to General Dynamics Ordnance and Tactical Systems for a new load, assemble and pack facility in Camden, Arkansas.

They managed the pre-award and post-award requirements, ensuring the contractor was meeting their contractual deadlines through detailed coordination between the government and contractor, allowing the facility to begin operating in a timely manner.

Schaefer explained construction for this state-of-the-art facility began in April 2023 when General Dynamics Ordnance and Tactical Systems provided an integrated master schedule and began hiring their team. Immediately thereafter, employees started leveling the site to perform construction pre-activities and the facility opened on April 22, 2025.

“This [integrated master] schedule shows all the main critical paths and how it all works,” said Schaefer. “The different buildings are on there, the ordering of the equipment, the different reviews get tracked as a schedule, and then it gets updated as needed upon agreement of the contractor and the government. As developments or changes take place that gets tracked as well.”

The construction of the facility was designed to significantly boost the Army’s production of 155mm artillery munitions, a key component in modernizing artillery capabilities and to restore and expand the domestic defense industrial base. This new facility will focus on the final stage of artillery shell production, where the metal bodies of 155mm projectiles are filled with explosives, assembled, and packed for shipment.

The facility also exemplifies how the Army is investing in modernization to ensure essential munitions are produced efficiently and on time, enabling U.S. forces as well as allies and partners to maintain a strategic advantage. Because of this expansion, this new facility is designed to streamline the production process, enhancing the Army’s capacity to meet increasing demands for high-explosive artillery projectiles.

When fully operational, the new Camden facility will produce 50,000 completed projectiles per month, which marks a significant leap forward in artillery production. The U.S. Army’s larger objective is to double the monthly output of 155mm rounds to 100,000 by leveraging advanced automation, digital quality tracking systems, and environmentally conscious processes such as a next-generation air-cooling system for explosive curing.

By increasing production of these essential munitions, the Army and Marine Corps are not only preparing for current military engagements but also positioning for future conflicts that may require rapid and sustained artillery support.

Schaefer stated General Dynamics Ordnance and Tactical Systems had never produced this specific 155mm M795 projectile load, assemble and pack before.

“It’s kind of like the new fish in the pond,” said Schaefer. “We gave them the technical data package, which required a lot of document reviews, giving feedback, government personnel going there in person and seeing what they’re doing and telling them they need to get this produced quickly. But they wanted to provide a solution, so they employed automation.”

Oliver had the opportunity to tour the facility and was impressed by how clean and efficient everything was.

“Granted it was a new facility, but all of the processes were automated,” said Oliver. “Everything was machine driven, with very few operators and it was nice to be able to watch the process unfold. Seeing the entire process in action brought the contract and its associated meetings and discussions to life.”

As global security challenges continue to evolve, this expansion is a critical step in ensuring the U.S. military remains equipped and ready for rapid deployment in various conflict scenarios. 155mm produced at the Camden facility will play a pivotal role in the Army’s broader defense strategy, bolstering military readiness and maintaining a technological edge over adversaries.

By Elizabeth Urbaniak

McAlester Army Ammunition Plant Provides Critical Munitions Loading Function

Sunday, August 24th, 2025

MCALESTER, Okla. — Thanks to cutting-edge technology, the Multi-Purpose Load Facility, or MPLF, at the McAlester Army Ammunition Plant in Oklahoma is revolutionizing the way large-caliber munitions are loaded.

Jointly developed by the Army and Air Force, the $58 million facility streamlines multiple loading operations into a single, centralized location. This integration significantly boosts both worker safety and production efficiency.

The vision for MPLF began several years ago as MCAAP searched for a home for full-rate production of unique penetrator assets. An underutilized facility was identified, the Air Force provided funding, and the concept took root with a focus on flexibility and adaptivity.

MCAAP self-executed the project using advanced in-house engineers, a robust artisan workforce and a skilled procurement staff. The project began with a relatively small amount of facility modifications which led to the ability to implement new industrial processes through the installation of state-of-the-art explosive loading equipment.

“The MPLF stands as a testament to what happens when joint forces have a common goal in mind,” said Col. Curtis Perkins, MCAAP’s commander. “The future of defense is shaped every day at McAlester through relentless innovation, unwavering commitment, safety, and precision in execution.”

At the heart of the MPLF is a bladeless, resonance-based mixer capable of processing 55-gallon batches of energetic materials. This advanced system reduces mixing times from hours to mere minutes, resulting in significant increases in efficiency and substantial cost savings.

“What happens here inside the MPLF isn’t mixing,” Perkins said. “It’s the critical path where resources, speed, precision and purpose converge to drive the production mission forward.”

Designed to support precision near-net-shape manufacturing, the MPLF represents a major leap forward in energetic material production, with enhanced safety protocols embedded throughout its operations. It is designed with a focus on flexibility and enhanced quality throughput transitioning operations from World War II era facility constraints to a more modern work environment.

“The MPLF serves as a prime example of joint service collaboration with the common goal of providing increased readiness and lethality to the warfighter,” Perkins said. “This teaming concept has helped to modernize one of our nation’s most important insurance policies while highlighting the talent that exists in our organic workforce. It is a true OIB success story.”

By Matthew Wheaton, Joint Munitions Command, Public and Congressional Affairs

Signal Corps Radio-Controlled Drones: Origins of the UAS Program

Saturday, August 23rd, 2025

Unmanned Aircraft Systems (UAS) are a hallmark of the transforming mission of the U.S. Army Communications-Electronics Command as it embraces the principles behind Army Continuous Transformation. Modern UAS technology is touted as the future of the force, capable of performing a wide array of tasks while keeping Soldiers safe from harm. Although UAS use has been highlighted in recent news coverage of war-fighting efforts across the globe, the basis for current developments begins with the Signal Corps almost 70 years ago.

The CECOM Historical Archive collection documents the use of drone technology for surveillance throughout the late 1950s and early 1960s, a natural progression of the U.S. Army Signal Corps’ historic aviation and photography missions.

An article in the March-April 1956 edition of “Tec-Tac,” Technical and Tactical Training Aid Nonresident Conference Course, produced by The Signal School, Fort Monmouth, NJ, highlights the early development of drone technology for surveillance, written for the knowledge of Signal Soldiers.

Development by the Signal Corps of a new camera-carrying drone will give the combat commander front-line aerial surveillance photographs in less than an hour and at no risk to personnel. The drone, a radio-controlled aerial target plane, was equipped at the Army Electronic Proving Ground (at Fort Huachuca, AZ) for its aerial surveillance mission. The drone can fly in excess of 200 miles an hour and climb at a rate of several thousand feet a minute. Although its take-off is jet-assisted, the drone operates on a gasoline motor-driven propeller while in the air. Equipped with still and motion picture cameras, the drone provides aerial photographic coverage at altitudes from a few hundred feet up to more than four miles.

That same year, a captioned photograph depicted Soldiers operating radio remote controls that could pilot a television robot plane up to 40 miles away. The unmanned aircraft transmitted aerial views of distant sites, using lightweight television equipment developed at the Army’s Signal Corps Engineering Laboratories at Fort Monmouth. The airborne TV station weighed 135 pounds, less than a human pilot.

Development continued through the late 1950s and early 1960s, with the 1957 experiments of a Night Hawk drone, a nighttime photo system, and a still picture camera installed in Target Drone RP-71; the surveillance drone SD-2 of 1959 tested at Yuma Proving Ground, and the 1962 Infrared Surveillance System AN/UAS-4.

In Germany, a photograph taken in April 1960 documents the men of the Drone Section USA Surveillance Unit, Europe, lined up behind the SD-1 Surveillance Drone that flew the first and one hundredth Surveillance Drone flight in Europe as a demonstration for Secretary of Defense Thomas S. Gates, Jr. This was the next-to-last demonstration — the last one was for AUSA members.

In 1965, however, the Army Chief of Staff directed the Army Materiel Command that funds would not be expended on a complete drone system until formal requirements for drones were established, and a study was conducted regarding the need for drones, weighing the desired capabilities against the complexity of operations, maintenance, and training. As the U.S. began operations in Southeast Asia in the mid-1960s, the widespread testing and development of the technology vanished from the historical record, likely due to the densely forested landscape of Vietnam that limited the effectiveness of this type of developing surveillance technology. By 1966, many of the programs that were being developed and tested were declared obsolete, and the technologies and resources were reallocated to other areas across the U.S. Army Electronics Command, a CECOM predecessor.

Though sidelined in the 1960s due to mission needs and the changing face of warfare, the Signal Corps’ drone program laid the foundation for the autonomous systems and capabilities that continue to shape the future of military operations.

By Susan Thompson, CECOM Command Historian

Army Accelerates Long Range Reconnaissance UAS Capability

Saturday, August 23rd, 2025

The Army recently awarded contracts to AeroVironment and Edge Autonomy to rapidly deliver initial Long-Range Reconnaissance (LRR) systems. The AeroVironment P550 and Edge Autonomy Stalker Block 35X are Group 2 UAS designed to provide Reconnaissance, Surveillance, and Target Acquisition (RSTA) organic to maneuver battalions. Capabilities include an open systems architecture, allowing quick integration of additional capabilities to meet ground commanders’ mission requirements, primarily at the Battalion level.

By working with multiple vendors, the Army continues to foster healthy, continued competition to ensure the Warfighter receives the best solutions quickly. The Army will use these initial LRR systems to establish operator training that remains Military Occupational Skill (MOS) agnostic, enabling any Soldier to operate the platforms and will begin fielding to operational units later this year as part of the Transformation in Contact 2.0 initiative.

The LRR program directly supports the Secretary of Defense’s July memorandum on “Unleashing U.S. Military Drone Dominance,” demonstrating the Army’s commitment to advancing drone technology and operational effectiveness.

A force-multiplier, LRR UAS will provide maneuver battalion commanders with increased RSTA capability organic to their formation. The Army anticipates additional LRR system selections in the future.

The Program Executive Office Aviation, through the Uncrewed Aircraft Systems (UAS) Project Office, equips Soldiers with cutting-edge tools to meet evolving mission demands and ensures the Army maintains tactical superiority on the battlefield.

Courtesy Story

Program Executive Office, Aviation

Autonomous Multi-Domain Launcher Hits Major Milestone

Saturday, August 23rd, 2025

A major milestone has been achieved for the Autonomous Multi-Domain Launcher as it moves toward augmenting — and possibly replacing — existing Army launchers.

AML, a science and technology initiative led by the U.S. Army Combat Capabilities Development Command’s Aviation & Missile Center and Ground Vehicle Systems Center since 2020, has transitioned to the Rapid Capabilities and Critical Technologies Office, marking the next step in its journey towards fielding.

This transition comes with a new name, a nod to the expansion of its capabilities: Common Autonomous Multi-Domain Launcher, or CAML, as RCCTO pursues two iterations of the system — a medium and a heavy.

“AML started in February of 2020 as a congressional add-funded concept demonstration,” said Lucas Hunter, AML principal investigator and project lead at DEVCOM AvMC. “The Long-Range Precision Fire Cross Functional Team asked what the possibility of driving and firing a High Mobility Artillery Rocket System launcher from a remote location. HIMARS is 100% manual. It is driven manually. The gunner’s display unit has switches and buttons that you push, and a manual keyboard. While the mission comes in digitally, what you do to fire it is all done manually.”

The two DEVCOM centers procured a HIMARS and got to work determining how to install robotics capabilities into the vehicle. The catch? They had to return the HIMARS just as they received it: which meant no drilling and no welding. By summer 2021 they had their prototype, and their first test was a successful live fire in front of an audience of Army generals.

“In support of DEVCOM AvMC’ s project office, Detroit’s DEVCOM GVSC leveraged its deep roots in automotive and defense to deliver a robotic HIMARS in record time,” said GVSC Robotic Fires Branch Chief Colin Scott. “The centers’ close working relationship leveraged each center’s unique expertise to catalyze industry, bringing together best-in-breed solutions redefining Army fires for the 21st century.”

Over the next four years, they transformed that concept demonstrator into a fully unmanned, cab-less, autonomous launcher. In doing so, lethality of the launcher was doubled while the original mobility and transportability of its former HIMARS self was maintained.

“The team leveraged previous Army S&T investments in launcher, autonomy and power generation, incorporating direct Soldier input to produce the AML prototype rapidly and economically. This effort culminated in the AML participating in Valiant Shield 24, setting the stage for transition,” Hunter said.

RCCTO will serve as that bridge to move forward with AML as a formal program of record if the Army chooses to pursue the prototype program. The organization manages the transition of successful prototypes into official acquisition programs, setting the conditions for full-rate production and fielding. By taking proven technology and refining them into more robust prototypes, RCCTO gets promising S&T efforts like AML into Soldiers’ hands for experimentation and feedback much faster than traditional acquisition programs.

Part of how CAML will redefine Army fires is with its autonomous missile reloading capabilities. The larger CAML-H variant will integrate a launcher onto a 15-ton class chassis that will fire the Tomahawk Land Attack Missile or the Patriot Advanced Capabilities Three Missile Segment Enhancement interceptor. Its smaller CAML-M counterpart will utilize a Family of Medium Tactical Vehicles to launch Multiple Launch Rocket System munitions or the new Indirect Fire Protection Capability with AIM-9X interceptors.

“The key thing Lucas’s team did was give the hardware such a good look that senior Army leaders took that and expanded upon it,” said Brad Easterwood, CAML deputy product manager at RCCTO. “They gave them such a good building block that they could add other building blocks to it and have a different solution.”

As RCCTO bridges the “valley of death” between S&T and program of record, DEVCOM AvMC will remain the technical experts for everything fire control missiles.

“DEVCOM AvMC is doing a great job transitioning all the lessons they’ve learned, so we don’t repeat the same mistakes as we go into a prototyping phase,” Easterwood said. “We feel like we have a leg up with DEVCOM AvMC as a partner, because they’ve already solved all these hard challenges and we’re not starting at zero. Bringing in DEVCOM AvMC as a teammate keeps us moving forward with no drop in knowledge.”

For Hunter and his team, their continued involvement in the future of CAML has been very rewarding as well as a unique experience in the S&T world.

“It is rare for an idea to go from concept to prototype and actually make that transition,” he said. “It is really exciting to see the work that the team produced over these five years getting out of the lab and making it into a transition partner that can take it to the force and make a difference.”

Via U.S. Army Combat Capabilities Development Command’s Aviation & Missile Center and Ground Vehicle Systems Center

US Army Seeks Sources for Unmanned Ground Commercial Robotic Vehicles (UGCRV)

Friday, August 22nd, 2025

In an announcement to industry last week, the US Army informed states gay they plan to issue a Request for Information Detroit Arsenal Innovation (DAI) Other Transaction Agreement (OTA), seeking industry’s interest in the development and production of a Unmanned Ground Commercial Robotic Vehicle (UGCRV) and to understand the experience and capability of potential vendors. Please contact NAMC directly for the RFI at Questions@NAMConsortium.org.

The UGCRV is desired to be a robot with autonomous capabilities. The USG intends to obtain prototypes and ancillary equipment sufficient to conduct a limited operational assessment.

The DAI OTA was entered into between the Army Contracting Command (ACC) and the National Advanced Mobility Consortium (NAMC) on 01 September 2023, in support of coordinated research and development projects designed to accelerate streamlining and upgrading of Ground Vehicle System Related Research and Development prototype projects. The Government will utilize the DAI OTA to award this effort.

Click here for additional information.