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Archive for the ‘UAS’ Category

XQ-67A Demonstrates Autonomy and Datalink Interoperability During High Desert Flight Test

Friday, July 18th, 2025

HIGH DESERT TEST RANGE, Calif. – 16 July 2025 – AFRL’s XQ-67A, a second-generation Autonomous Collaborative Platform (ACP), successfully demonstrated integration of government reference autonomy during a recent flight test in the California High Desert.

The flight showcased the integration of government-owned autonomy on the XQ-67A, paired with active tactical datalink communications, to enable dynamic mission execution and real-time coordination with both crewed and uncrewed systems. The event marked a major milestone in advancing scalable, modular autonomy and seamless interoperable crewed-uncrewed teaming (C/U-T).


GA-ASI unmanned jets include (top to bottom) MQ-20 Avenger®, XQ-67A and YFQ-42A.

“This successful test underscores the Department’s commitment to fielding autonomous systems that can integrate into joint operations using existing tactical networks,” said Mike Atwood, Vice President of Advanced Programs for General Atomics Aeronautical Systems, Inc. (GA-ASI). “Government owned autonomy on the XQ-67A is a concrete step toward deployable, combat-relevant autonomy that works with and alongside crewed platforms.”

During the flight, the XQ-67A executed test points to validate the integration of mission systems on the aircraft, including autonomy, mission computing, networking, power and thermal management, and datalinks. Through a tactical datalink, the aircraft received real-time updates and situational data, giving it the ability to coordinate seamlessly with crewed aircraft and other autonomous systems in the future.

The XQ-67A platform, built by GA-ASI under contract with AFRL, plays a critical role in exploring the platform sharing approach to achieving scalable affordable mass. Its performance in this flight test advances the Air Force’s vision for an integrated autonomous force that can support and augment current and future crewed platforms.

The successful demonstration in the high desert highlights the promise of combining government-owned autonomy with proven tactical communications infrastructure. This approach accelerates technology transition and supports AFRL learning objectives regarding the integration of mission systems within the context of the highly relevant XQ-67A testbed.

Gray Eagle Armed Persistence

Thursday, July 17th, 2025

Source General Atomics;

An essential element of the U.S. Army’s Aviation Modernization Plan, GA-ASI’s Gray Eagle Unmanned Aircraft System (UAS) is an innovative and technologically advanced derivative of the combat-proven Predator®. Gray Eagle offers a reliable, affordable, low-risk, and compelling next-generation tactical UAS solution to meet challenging service requirements for persistent Reconnaissance, Surveillance, and Target Acquisition (RSTA) and attack operations.

Gray Eagle has an endurance of 25 hours, speeds up to167 KTAS, can operate up to 29,000 feet, and carries 1,075lb (488 kg) of internal and external payload. The aircraft can carry multiple payloads aloft, including Electro-optical/Infrared (EO/IR) with laser designation, Synthetic Aperture Radar (SAR), communications relay, and four Hellfire missiles.

Compared to the Predator predecessor, Gray Eagle’s Heavy Fuel Engine (HFE) supports the Army’s “single fuel in the battlefield” concept and provides increased horsepower and significantly improved fuel efficiency, utilizing either jet or diesel fuel.

An extremely reliable UAS, Gray Eagle features a fault-tolerant control system and a triple-redundant avionics system architecture, similar to the systems integrated in the battle-proven Predator B. Designed with airworthiness as a primary consideration, Gray Eagle is engineered to meet and exceed manned aircraft reliability standards.

This long-range, long-dwell UAS is dedicated to direct operational control by Army field commanders. Its expansive mission set includes, but is not limited, to wide-area Intelligence Surveillance and Reconnaissance (ISR), convoy protection, Improvised Explosive Device (IED) detection and defeat, close air support, communications relay, and weapons delivery missions.

Gray Eagle features an automatic takeoff and landing system (ATLS) that allows the aircraft to be launched and recovered without any operator interaction. Gray Eagle aircraft have successfully conducted tens of thousands of takeoffs and landings.

Gray Eagle Dugway:

Gray Eagle AV SN# 70125 was one of the first aircraft off the Gray Eagle production line, built specifically to meet the ARMY’s needs. AV 70125 is special to Dugway and the ARMY both, shortly after production, it was designated as a test asset and sent here to Dugway. While here, AV 70125 was a key asset to all 4 ARMY production prove out tests to ensure the Gray Eagles abilities and reliability. AV 70125 has also been an invaluable asset to testing, accomplishing, enhanced safety, reliability, combat effectiveness, and readiness of the fielded ARMY Gray Eagle fleet, supporting our troops in the real-world environments they see every day. Through the course of AV 70125’s 15+ year service life, it has flown over 230 flights, of which all were related to testing and evaluation to continue providing the most cutting-edge technology for the U.S. ARMY.

Most importantly, the Gray Eagle program still remains here at Dugway and continues to prove its value to the ARMY every day. UAS PMO plans on continual testing and technology insertions with the Gray Eagles that reside on Dugway, operated and maintained by General Atomics.

By Rodney Mitani

MyDefence Receives Landmark $26 Million C-UAS Order from U.S. Army

Wednesday, July 16th, 2025

July 3rd 2025 – MyDefence, a global provider of Counter-Unmanned Aerial Systems (C-UAS) solutions, today announced it has received a landmark contract from the U.S. Army valued at $26 million. This is the largest order in MyDefence’s history. The agreement underscores the Army’s continued focus on strengthening its defense capabilities against unmanned aerial threats.

Under the contract, MyDefence will supply its advanced C-UAS technologies designed to detect and track a broad spectrum of drone threats. These systems will be deployed across U.S. Army operations to enhance force protection and tactical readiness.

“This historic contract represents a defining moment for MyDefence and a strong endorsement of our position in the global C-UAS industry.

We are honored to have been selected by the U.S. Army as supplier for C-UAS procurement – an endorsement of the trust placed in our team, our mission,and our ability to deliver battle-proven technology at scale. This commitment from the U.S. Army further strengthens our dedication to the U.S. market, and we are accelerating our investments and expanding job creation across multiple roles in response”

Dan Hermansen, CEO, MyDefence Group

William Ostrowski, recently appointed President and CEO of MyDefence North America LLC, added:

“This agreement marks a strategic milestone for our North American operations. We are committed to long-term collaboration with U.S. defense stakeholders and to delivering high-performance systems that adapt to the complex and fast-evolving threat landscape. The growing use of unmanned aerial systems presents a persistent threat across operational environments. Following extensive testing and evaluation, MyDefence’s systems proved reliable, adaptable, and mission-ready. These capabilities will enhance force protection and enable our units to operate with greater confidence in contested airspace.”

William Ostrowski, CEO, MyDefence North America LLC

MyDefence specializes in modular, scalable C-UAS solutions engineered for complex radio-frequency environments. Its technologies are fielded globally by armed forces and security agencies, enabling proactive defense against unmanned systems across diverse mission sets.

Editor’s Note: The US Army has purchased 485 Soldier-Kits, consisting of “Wingman” drone detector for real time scanning and “Pitbull” jammers from MyDefence. Of those, 15 have undergone evaluation during last month’s Project Fly Trap in Germany, along with other Counter-UAS systems.

GeoCue Expands LiDAR Reach Through Strategic Partnership with UVT

Tuesday, July 15th, 2025

GeoCue’s Precision Mapping Tools Meet UVT’s Mission-Driven Markets Like Utilities, Public Works, and Critical Response.

For Immediate Release July 7, 2025

Huntsville, AL – GeoCue, a leading provider of TrueView 3D LiDAR mapping sensors and LP360 processing software, officially welcomes Unmanned Vehicle Technologies (UVT) into its growing network of distribution partners. Based in the U.S. and trusted nationwide, UVT brings with it a customer base that’s mission-driven, tech-forward, and increasingly reliant on LiDAR for applications that go far beyond traditional surveying.

Some partnerships are born out of opportunity. Others out of necessity. This one? It’s about timing, alignment, and a shared commitment to giving professionals the tools they need to get the job done right; it’s a strategic alignment designed to fill a gap and spark new possibilities.

“GeoCue builds tools that work where it counts: in the field,” said Chris Fink, Founder & CEO of UVT. “That’s exactly the kind of reliability our customers expect. They don’t have time to figure out complicated workflows or unreliable hardware. This collaboration gives us another dependable, scalable solution to keep our customers operational and ‘Always On.’”

Founded in 2014, UVT has built a reputation for delivering advanced drone and robotics solutions across industries ranging from public safety to utilities, infrastructure, and enterprise security. Their formula? Listen first, then provide solutions tailored to the mission. And now, with TrueView LiDAR and LP360 in their offering, they’re bringing powerful 3D mapping into the hands of professionals who need data they can trust—fast.

“UVT brings something rare to the table: a deep understanding of what it means to operate when it matters most,” said Miles Kelly, Sales Manager at GeoCue. “They’re not just selling hardware. They enable operational success across sectors like public safety, critical infrastructure, inspection, and search and rescue. That’s where we see TrueView LiDAR and LP360 software making a difference, unlocking new use cases and elevating what’s possible.”

The timing couldn’t be better. As more agencies and enterprises look to integrate advanced mapping into their workflows, the demand for intuitive, reliable LiDAR solutions is surging. GeoCue’s TrueView 3D imaging sensors—like the 655 and 535—paired with LP360’s streamlined data processing capabilities, deliver the performance professionals need.

And UVT is ready to deliver. From hands-on consultation and BVLOS expertise to cUAS monitoring and docked drone deployments, UVT’s clients already trust them to solve their toughest aerial challenges. With GeoCue now in their toolkit, they can extend that support into the world of precision mapping, reaching surveying firms, utility providers, infrastructure managers, and public works teams, plus emerging sectors like emergency response and disaster preparedness.

“This partnership expands the LiDAR solutions we’re able to offer and adds even more capability for the mission-driven teams we support,” Fink added. “We’re looking forward to supporting our customer base, adapting our offerings, and exploring what’s next—together.”

With UVT now onboard, GeoCue’s distribution footprintbecomes not just broader, but deeper, stronger, and more capable of reaching new markets with real-world impact.

DroneShield Announces R&D and Manufacturing Capacity Expansion

Tuesday, July 15th, 2025
  • DroneShield is committing to invest $13 million in a significant R&D and manufacturing capacity expansion
  • New dedicated 3,000sqm of own production space (3x the floorspace of the current production facility)
  • Addition of 2,500sqm to the R&D area in its headquarters, for engineering and lab space
  • Together with planned expansions to its Australian contract manufacturing, and plans to set up contract manufacturing in Europe and the US, the current $500 million annual manufacturing capacity is estimated to expand to $2.4 billion, by the end of 2026
  • The expansion in Australia is concurrent with DroneShield’s European and US manufacturing initiatives, against the backdrop of record global demand

DroneShield Limited (ASX:DRO) is pleased to announce it is making a more than $13 million initial investment via a multi-year lease and fitout commitment into a brand new 3,000sqm production facility in Sydney’s Alexandria, with expected opening in December 2025. This is in addition to 2,500sqm of R&D area in its headquarters, expanding its own annual production capacity to $900 million by mid-2026 and a combined total annual manufacturing capacity to $2.4 billion by the end of 2026, as it targets a $2.34 billion and rapidly growing global sales pipeline including in Europe, its fastest-growing export market. 

The $13 million amount refers to 5 years of initial lease commitment as well as the fit-out cost for its expanded R&D area, and the new production facility. As DroneShield engages with third party supply chain, substantially Australian, there is no requirement for heavy machinery and similar capital expenditure investment.

The new facility, including advanced in-house production, testing and warehousing capabilities is DroneShield’s largest to date and more than three times the size of its current production assembly floor near central Sydney. The existing production assembly floor will be converted into an additional R&D area for the Company, resulting in a 5,530sqm total R&D area. 

It comes on the heels of DroneShield announcing it has received a $61.6 million European contract in June, the biggest single order in DroneShield’s history, followed shortly by a $9.7 million Latin American contract and an $11.7 million Five-Eyes R&D contract. In line with the broader increase in military spending across the EU region, DroneShield has also announced its significant expansion into Europe, where it is planning to establish a European Centre of Excellence, including manufacturing and production facility, to support the continent’s domestic defence programs such as the EUR800bn ReArm Europe Plan / Readiness 2030. 

“In response to rising threats and multiple wars taking place across the globe, Australia’s allies are increasing investment in modern defence capabilities,” said Oleg Vornik, CEO, DroneShield.

“We are stepping up to meet this demand by investing in state-of-the-art facilities here and abroad, and in sovereign Australian skills development to provide the most modern and effective counter-drone capabilities in the world. Our new facility in Alexandria will epitomise the value Australian engineering can bring to a changing geopolitical landscape.”


Image: DroneShield’s current in-house product assembly facility in central Sydney

In 2024, exports accounted for 91 per cent of DroneShield’s existing facilities, proving them a vital example of the broader manufacturing capabilities Australia can deliver as part of its Future Made in Australia (FMIA) plan.

The changing landscape and rising threats have increased younger generations’ interest in working in Australia’s defence industry, according to Vornik.

“Interest in working in defence had been declining over decades of peace,” he said. “But we are seeing a rise in national pride as tyrants attempt to change the world order, and that’s translating to an uptick in younger staff seeking opportunities and adding real and timely value to Australia’s defence efforts.” 

38 Sierra LLC Releases Inert Ordnance for Counter- Unmanned Aircraft Systems Training

Monday, July 14th, 2025

38 Sierra LLC is proud to announce the release a new line of inert ordnance training aids to support Counter- Unmanned Aircraft Systems (C-UAS) training and readiness. Designed by Explosive Ordnance Disposal Veteran Patrick McCrone, the size, weight and, appearance of each ordnance items has been faithfully replicated in our training aids. These products are ideal for a full spectrum of training, from classroom instruction to Field Training Exercises.

38 Sierra also offers free technical resources to promote awareness of UAS related explosive hazards and examples of UAS training scenarios are also available on our website 38Sierra.co

Check out our entire lineup of Weaponized Unmanned Aircraft System training aids today at 38sierra.co.

First Army, Army Reserve and National Guard Team Up in Counter-Unmanned Aircraft Systems Fight

Saturday, July 12th, 2025

FORT BLISS, Texas — First Army has assumed a crucial role in countering the threat posed by unmanned aircraft systems. It is working with Army Reserve and Army National Guard units to ensure that Component 2 and 3 Soldiers have the tools and skills to win on an emerging battlefield.

Being able to neutralize these threats is an obligation First Army takes seriously, said Col. Douglas Serie, 5th Armored Brigade commander.

“As the Army’s Counter-Unmanned Aircraft System Center of Excellence, we’re the tip of the spear when it comes to developing, validating and delivering the most up-to-date effective training available,” he said. “We’re shaping doctrine, informing procurement and ensuring that the force is equipped not just with the right gear, but the right mindset and tactics to counter drone threats.”

Doing this successfully means working closely and regularly with partnered units, added Maj. Jason Sierakowski, 2-289 Field Artillery executive officer: “We train the First Army OCs in the brigade and then we train the partnered organizations in Compos 2 and 3.”

Sierakowski has seen the mission grow and adapt over the years.

“In 2019, we mobilized the first battery for counter-UAS for compo 2,” he recalled, “2020 was when we mobilized the first unit, where we didn’t have any METS at all.”

That has changed substantially, and as the mission has grown more complex and crucial.

“The biggest thing is coming up with a solid uniform training strategy,” Sierakowksi said. “There are always new things coming out, new tools and techniques, so this just gets added onto it. The biggest success has been the evolution of the training timeline.”

Of note, many of the Soldiers being trained are going beyond their normal areas of expertise.

“The learning curve is very unique because these are troops that can be any MOS,” Sierakowksi said. “They can be anything from a mechanic to a Military Police to anything that you can imagine, and now we tell them, ‘You’re not going to do that role, you’re going to do counter-UAS and you’re going to work in a base defense operations center.’ So they start from the beginning and the learning curve is very steep.”

But they adapt and carry on with the mission, he added: “As we get into repetitions, they become a subject matter expert very quickly, especially when they go forward and deploy on these systems, and that just inherently makes them better.”

Meanwhile, First Army continually adapts and refines its C-UAS role and mission.

“First Army … has become extremely evolutionary and revolutionary within the past two to three years,” Sierakowski said. “Division East has been developing and acquiring different UAS, even 3D printing. The support from the top has been nothing but positive and how can we support the OC/T at the battalion level.”

This success is important on the battlefield, because as Serie noted, the drone threat continues to grow.

“It’s no longer theoretical. It’s real, it’s persistent, and it’s evolving rapidly,” he said. “There are adversaries that are using not only commercial but military grade UAVs to gather intelligence, disrupt our operations, and even deliver kinetic effects. Counter-UAS training is critical to staying ahead of that threat.”

That’s where the continual work and refinement with Reserve Component units pays off.

“It’s a team effort. Our partners are preparing, even before they come to Fort Bliss in a post-mobilization…on how they are going to set up their teams and task-organize their formations so when they get to the center of excellence for counter-UAS, we can go right into training,” Serie said. “We replicate real-world drone threats so our Soldiers face the same challenges in training that they’ll encounter on the battlefield. It’s not just about knowing how to push buttons. It’s about understanding the threat landscape, ROE considerations, and how to integrate C-UAS into a layered defense strategy.”

One reason the threat continually adapts and evolves is because drones are readily available and can be used in a variety of ways.

“These are things being bought off Amazon and used,” Serie said. “You can use it in an observation mode, you can use it in intelligence gathering, you can use it to disrupt operations just by flying it over, because how are you supposed to know what is on that drone? And it can be used to deliver kinetic effects.”

As such, Serie said that the center of excellence does more than react to drones, it trains “to deter, deny and defeat them before they can impact a mission. The UAS threat changes monthly, sometimes even faster. That means our training has to evolve constantly. We’re constantly refining our curriculum based on threat trends, feedback from the field, and lessons learned from combat theaters. Being a center of excellence doesn’t mean we have all the answers. It means we’re constantly asking the right questions and staying agile in our approach to training counter-UAS operations and in getting Soldiers the repetitions to build confidence to go forward.”

The stakes are enormous, Serie added: “This is the future of warfare and if we don’t figure it out know and get it right, Soldiers are going to get hurt.”

As such, the precision approach and attention to detail are paying big dividends. “We’ve trained thousands of warfighters, from infantry squads to brigade staffs, on how to detect, track, and neutralize UAS threats,” Serie said. “Units that come through our pipeline deploy with confidence and a proven playbook for dealing with UAS.”

By Warren W. Marlow

Metis Wins Contract to Supply Skyperion Drone Detection Systems to a NATO Ally

Friday, July 11th, 2025

Metis, specialists in providing innovative technologies to detect a wide range of Radio Frequency (RF) threats across diverse sectors, has won a contract to supply a number of Skyperion drone detection systems to a NATO customer to provide the drone detect function as part of an integrated Counter Uncrewed Air Systems (C-UAS) capability. This purchase bolsters the customer’s current capabilities helping safeguard their airspace, key installations and critical infrastructure against the threats posed by rogue drones and is the fourth NATO ally to purchase Skyperion. Due to the sensitive nature of the capability, and to maintain operational advantage, it is not possible to disclose the customer or quantity purchased. However, there are now over 80 Skyperion systems in operation with NATO partners, or deployed supporting their national security interests, in current operations globally.

Metis has its roots in sophisticated signals intelligence gathering technology development and operational experience, which more recently has been increasingly focused on countering the rising asymmetric drone threat. For over 10 years, Metis has been at the forefront of C-UAS RF detection capability development, having originally received government backed research funding to help develop their innovative RF detection technologies, including Skyperion. The Skyperion product range captures RF emissions of varying strengths across the spectrum, filtering out background noise and known entities before rapidly analysing them to identify and locate potential threats.

Metis is an ideal choice for the RF drone detect component because not only do they produce technically superior RF detect products, but they also design and manufacture modular systems with an open architecture, enabling seamless integration with other electronic warfare capabilities and systems. This allows sovereign nations, large primes or systems integrators to easily incorporate Metis products with other best in class technologies, to deliver world leading detection, tracking, identification and defeat of rogue drones.

Unlike many systems, Metis has combined an Open ESM AI enhanced waveform analysis algorithm with a more traditional library database to deliver a self-learning comprehensive RF detect function across a vast array of frequencies. The system can detect a drone signature out to 2.5km and depending on the target, environment and other factors successfully identify a rogue drone out to 10km. The customer will be using these systems in a fixed site role, but the Metis Skyperion Rugged version can be easily transported in its military grade rugged cases, can operate in a mobile role if required and is designed and constructed to survive in the most austere of conditions.

Tony Burnell, CEO of Metis said: “I am extremely proud of the unique RF detect capabilities we field. The ability of our products to detect RF signatures beyond that of our competitors has been proven operationally and during various trials with reassuring regularity. We are very pleased to again have been selected by a major prime to deliver the drone detect function and are proud to be supporting a NATO partner nation with enhanced security. Looking to the future, our diverse capabilities have much greater utility beyond just drone detection and because we maintain an agnostic open architecture, seek to be the provider of choice for RF detection across defence and government organisations globally.“