XC3 Weaponlight

Archive for the ‘Drone’ Category

Eyes in the Sky: How sUAS Training is Changing the Way Soldiers Fight

Tuesday, April 21st, 2026

MARCH AIR RESERVE BASE, Calif. – In a classroom here, Soldiers learned that on today’s battlefield, even a small drone can present a serious threat. Through small unmanned aircraft systems training, they sharpened the skills needed to identify, report, and respond to emerging aerial dangers.

To increase readiness on an evolving battlefield, Mel Pilapil, an instructor with the U.S. Army Reserve Command Readiness Support Development Team, conducted several blocks of instruction on identifying and countering sUAS. Dozens of Soldiers assigned to the 302nd Mobile Public Affairs Detachment and the 371st Combat Sustainment Support Battalion attended the training to improve their ability to identify and respond to sUAS on a modern battlefield.

As sUAS technology continues to evolve and spread rapidly, Soldiers must be prepared not only to use these systems, but to defend against them. Training focused on recognizing, mitigating, and responding to enemy drones is now essential to maintaining battlefield awareness, protecting personnel, and ensuring mission success. During the training, Soldiers were introduced to the various ways enemy forces can employ sUAS, including intelligence, surveillance, and reconnaissance (ISR), direct and indirect attacks, swarm tactics, and electromagnetic warfare. Understanding these capabilities allows Soldiers to anticipate threats before they become immediate dangers.

Instruction also emphasized recognizing Low, Slow, Small (LSS) drone systems, including Group 1, 2, and 3 classifications. Soldiers learned to identify visual indicators such as rotor configuration, lighting, and potential payloads—critical details that improve reporting accuracy and response time.

Beyond identification, the training focused heavily on passive air defense techniques, teaching Soldiers how to reduce their visibility and vulnerability. Camouflage, dispersion, emission control, and avoiding predictable patterns were reinforced as key survival tactics in an environment where drones can quickly detect movement.

In one training scenario, Soldiers identified a simulated enemy drone entering the area of operations. Using the SALUTE reporting format, they communicated the size, activity, location, and characteristics of the threat, demonstrating how structured reporting supports faster decision-making and coordinated responses.

“This training is critical in today’s operational environment,” said instructor Mel Pilapil. “As we know currently, there are drones and drone attacks everywhere. The only way we can protect ourselves and others is by being aware of how to recognize, report, and react to these kinds of threats.”

For Soldiers preparing for future missions, the training reinforced how these skills directly impact survivability. “I think it’s important because it increases troop survivability in the battlefield and gives you insight on how to deal with drones and emerging situations,” said Pfc. Adam Li, a Soldier assigned to the 371st Combat Sustainment Support Battalion, whose unit is scheduled to deploy in the future.

For many Soldiers, the training highlighted how quickly warfare is changing. Unlike traditional threats, sUAS systems are accessible, adaptable, and increasingly used by adversaries at all levels. What once required large-scale air support can now be achieved with a small, inexpensive drone, making awareness and preparation more important than ever.

As demonstrated during the training, sUAS can serve as both a powerful force multiplier and a significant threat on the battlefield. Their rapid advancement and widespread use over the past decade have transformed the way military operations are conducted.

There is no single solution to countering this threat. Instead, Soldiers must continuously train, adapt, and employ a combination of counter-sUAS tactics, techniques, and procedures. By doing so, they remain prepared to meet the challenges of modern warfare and maintain the advantage in an increasingly complex operational environment.

Story by SPC Nathan Starr 

302nd Mobile Public Affairs Detachment

Sapient Perception Secures €2M to Advance 10K Sensor Systems for Mission-Critical UAV Operations

Thursday, April 16th, 2026

Software-defined cameras and AI framework expands drone coverage 100x, with deployments planned for frontline operations in Ukraine and other contested environments

COPENHAGEN, Denmark, April 14, 2026 — Sapient Perception ApS, which builds physical AI sensor systems for UAVs, has raised a €2M pre-seed round co-led by Balnord and FORWARD.one. The Danish startup will utilize the capital to accelerate development of the company’s software-defined cameras and AI framework that enable mission-critical decision-making and autonomy through large area perception. The round will also assist in growing its engineering team, and supporting initial deployments with customers across the defense, security, and emergency response industries.

Founded by Anthony Garetto (CEO), Lau Norgaard (CTO), and Michael Messerschmidt (CBO), Sapient Perception is focused on solving a fundamental visibility challenge in modern UAV operations. Drones capture more images and data than ever, but bandwidth limitations force a tradeoff between imaging coverage and resolution. Operators are constantly switching views to compensate.

Sapient addresses this problem with first-of-its-kind 10K sensors that cover up to 100 times larger areas than conventional sensors at the same detailed resolution in a single frame. Meanwhile, its novel edge processing pipeline enables actionable insights from enhanced imaging to be delivered onboard in real-time with whatever AI models are preferred by operators. By overcoming constraints related to bandwidth, latency, and human cognitive overload, Sapient Perception unlocks autonomous operational capabilities that were previously inaccessible in time-critical environments.

“In mission-critical situations, the ability to make fast, informed decisions determines outcomes,” said Anthony Garetto, CEO and co-founder of Sapient Perception. “Our perception layer enables persistent situational awareness through a far wider lens, while delivering the important details to operators in real time. Having this whole picture means decisive action can be taken faster and with a higher level of confidence.”

The company is already working with Dropla Tech to integrate Sapient’s large area perception sensors into UAVs designed to fly low and ahead of military convoys. Sapient’s imaging will feed into Dropla Tech’s Blue Eyes platform, which is being used today by the Ukrainian Ministry of Defence to process real-time drone video to detect ambush drones and landmines along supply routes near Ukraine’s front lines. Sapient is also working with partners deploying its sensors on high-altitude platforms, including stratospheric systems for wide-area ISR, highlighting the flexibility of its perception layer to customers, system integrators, and industrial partners across Europe and North America.

The investment from Balnord and FORWARD.one reflects growing demand for edge-based intelligence as operational complexity and the criticality of advanced sensors increase across defense and security domains.

“Modern defense and security operations are not taking advantage of the most advanced sensors and the vast data they generate,” said Jarek Pilarczyk, Partner at Balnord. “Sapient Perception addresses this challenge with a highly differentiated edge AI approach that we believe will become foundational to next-generation systems.”

“In the environments Sapient Perception serves, every second matters. Their technology turns high-quality sensor data into real-time insights at the edge, enabling 100× greater coverage than today’s systems. It’s a clear step change — built by a team that knows how to move fast and deliver,” added Cailin Greiner, Investment Manager at FORWARD.one.

US Army Best Ranger Competition Integrates Live Drone Threats in Historic First, Selects Powerus’ Tandem Defense Matrix-T for Targets

Thursday, April 16th, 2026
  • Elite 75th Ranger Regiment teams train against real one-way attack drone threats using Powerus-backed Matrix-T platforms
  • Powerus recently announced a proposed merger with Aureus Greenway Holdings Inc. (Nasdaq: AGH), positioning Powerus to become publicly traded upon completion

WEST PALM BEACH, Fla. and FORT MOORE, Ga., April 15, 2026 — The battlefield has changed, and now, so has the U.S. Army’s toughest competition.

Powerus, through its wholly owned subsidiary Tandem Defense LLC, today announced that the Matrix-Ttarget drone was selected and successfully fielded for the inaugural “Last Line of Defense” training lane at the 42nd Annual U.S. Army David E. Grange Jr. Best Ranger Competition (April 10-12, 2026).

This marked the first time live FPV drones were integrated into the competition, introducing a new “Last Line of Defense” scored training lane in which elite Army Ranger teams were forced to detect, track, and destroy fast-moving aerial targets with direct fire from their service rifles. The addition of FPV target drones gave America’s premier Rangers realistic, high-fidelity training against modern one-way attack-drone threats, using an American-made FPV solution from Powerus.

The Matrix-T is a purpose-built small FPV target drone engineered specifically for U.S. military counter-drone training. It accurately replicates the speed, agility, and flight behavior of operational enemy FPV systems, mirroring modern battlefield warfare, and allowing U.S. troops to practice defeating dynamic aerial threats with service rifles when electronic warfare layers are degraded or unavailable. With top speeds up to 130 mph and 2 kg payload capacity, the Matrix-T delivers authentic threat emulation in a rugged, repairable, low-cost package.

Elite Validation and Proven Performance Under Extreme Conditions

The Best Ranger Competition is one of the most demanding tests of soldier performance in the U.S. Army. This year’s winners from the 75th Ranger Regiment demonstrated exceptional adaptability and precision under pressure.

Powerus and Tandem Defense supplied multiple Matrix-T drones to support approximately 40 elite Ranger teams. Only five drones were expended across the entire high-intensity event and rehearsals. Leveraging the innovative solder-free Matrix Architecture (developed by Tandem Defense), downed drones were rapidly diagnosed, repaired, and returned to flight using only a single screwdriver. This field repairability reduces the average cost-per-engagement for U.S. soldiers’ training, offering a dramatically more sustainable and cost-effective alternative to disposable foreign systems.

The Matrix T performance underscores a critical reality: success on tomorrow’s battlefield will depend on the ability to counter drone threats at the individual soldier level.

Advancing American Military Readiness

By integrating the Matrix-T, the Best Ranger Competition set a new standard for counter-UAS training: shifting from static targets to fast-moving, realistic aerial threats that mirror those faced on today’s battlefields. Selecting a domestic, repairable platform reduces reliance on foreign supply chains and empowers soldiers to maintain their own training assets with minimal logistics support. The Matrix-T drones delivered realistic threat profiles, including: High-speed FPV attack runs, unpredictable maneuvering, and real-world engagement distances.

This forced competitors to adapt in real time, just as they would when layered counter-UAS defenses fail, and the individual soldier becomes the final line of defense.

“Matrix-T gives soldiers a low-cost way to train for the real fight,” said Brett Velicovich, founder of Powerus. “If you’re not training against realistic FPV drone threats, you’re not ready for today’s battlefield.”

Powerus congratulates the winners of the 2026 Best Ranger Competition: Sgt. Drew Schorsch and Spc. Caleb Godbold from the 75th Ranger Regiment. Their triumph, which is the Regiment’s sixth consecutive victory, exemplifies the skill and adaptability of America’s elite light infantry. The strong performance across all teams in the new drone defense lane further demonstrates the growing importance of realistic, hands-on counter-drone training.

Availability

The Matrix-T target drones are available for immediate purchase and ready to ship to U.S. military and allied units building or expanding counter-drone training programs. Units receive preprogrammed and pre-tuned systems, providing a reliable, fully domestic, and highly maintainable solution for preparing warfighters against proliferating one-way attack drones. Learn more at www.power.us or www.tandemdefense.com.

About Powerus
Powerus builds and scales unified autonomous systems architecture designed to move, protect, and sustain critical assets in high-risk environments. The company is building next-generation autonomous drone infrastructure and technologies for defense and critical infrastructure, positioning Powerus to support the rapidly expanding global demand for AI-enabled autonomy, defense systems, and modern battlefield capabilities. Production is scaled through U.S.-based manufacturing and strategic partners to support mission requirements. For more information, visit www.power.us.

AV Introduces MAYHEM 10: Multi-Role Launched Effects System at AAAA 2026

Thursday, April 16th, 2026

ARLINGTON, Va. — April 15, 2026 — AeroVironment, Inc. (“AV”) (NASDAQ: AVAV) today announced the debut of MAYHEM 10, a groundbreaking, multi-role launched effects system purpose-built for deployment from air, ground, and maritime platforms.  

MAYHEM 10 is an autonomous, multi-role launched effects system that delivers significant operational versatility with a modular payload that supports interchangeable lethal and non-lethal effects—including intelligence surveillance and reconnaissance (ISR), electronic warfare, communications relay, and precision strike—tailored to specific mission requirements and adaptable as operational conditions change. 

“MAYHEM 10 sets a new standard for operational versatility and survivability on the modern battlefield,” said Wahid Nawabi, Chairman, President and Chief Executive Officer at AV. “By integrating advanced autonomy, multi-domain payloads, and rapid adaptability, we empower our forces to sense, disrupt, and strike with precision—even in the most contested environments. This breakthrough allows commanders to extend their reach, accelerate decision-making, and maintain superiority without putting crews or high-value assets at unnecessary risk.” 

Developed on the heritage of AV’s Switchblade® family and designed for demanding, contested environments, MAYHEM 10 boasts a 10-pound (4.5 kg) payload capacity, up to 100 km operational range, 50 minutes of endurance, and readiness for assembly and launch in less than five minutes.  

Built using a Modular Open Systems Approach (MOSA), the system supports seamless upgrades, third-party payload integration, and unified control through AV’s Tomahawk Grip controller and AV_Halo™ COMMAND interface, empowering networked, distributed, and scalable employment alone or in collaborative swarms to execute multiple effects in parallel and adapt quickly to evolving threats and mission needs. 

“MAYHEM 10 changes how forces generate combat power by enabling collaborative swarm operations at scale,” said Brian Young, Senior Vice President of Loitering Munitions at AV. “Operators can employ multiple systems to work collaboratively—expanding coverage, overwhelming defenses, and executing synchronized effects across the battlespace—without increasing platform risk or force concentration.” 

MAYHEM 10 features a removeable forward modular payload for rapid integration of third-party payloads to enhance mission flexibility. Its self-contained launcher supports flexible deployment across dismounted, mobile ground, air-mounted and vehicle-mounted operations.  

Advanced autonomy is powered by an AI-driven processor and enables effective operations in contested and denied environments, with resilience to jamming, spoofing, and navigation-denied conditions. Secure navigation and communication are facilitated by M-Code GPS and Silvus datalink, while a MANET secure mesh network ensures robust command-and-control links with a 25-40 km link range.  

Key features of the MAYHEM 10

Multi-Platform Extended Standoff: Deployable from air, ground, and maritime platforms, MAYHEM 10 extends host-platform standoff by enabling threat detection and engagement at range—pushing sensing and effects 100+ km forward while reducing risk to crews and high-value assets. 

One System, Multiple Effects: A single MAYHEM 10 supports configurations for Intelligence, Surveillance, and Reconnaissance (ISR), electronic warfare/disruption, deception/decoy, communications relay, and precision strike with up to 10 lbs of tailorable nonlethal or lethal payloads—without changing launch concepts.  

Scalable, Coordinated Effects: Employ MAYHEM 10 individually or in collaborative swarms to expand coverage, overwhelm or confuse defenses, and execute multiple effects in parallel—without concentrating forces or crewed platforms. 

Autonomy for Contested Environments: AI-enabled autonomy allows MAYHEM 10 to maintain mission effectiveness through jamming, spoofing, degraded communications, and denied navigation, reducing reliance on continuous operator control and operator burden. 

Built to Adapt and Evolve: A Modular Open Systems Approach (MOSA)-based, interoperable architecture enables rapid payload integration, autonomy upgrades, and system employment keeping MAYHEM 10 aligned with evolving threats, networks, and priorities. 

101st Airborne Division (Air Assault) operates Aevex Atlas Technology at JRTC

Thursday, April 9th, 2026

U.S. Soldiers assigned to the 101st Airborne Division (Air Assault), in collaboration with Aevex and Program Manager Unmanned Aircraft Systems (PM UAS), conduct the inaugural integration of the Aevex Atlas system during a Joint Readiness Training Center (JRTC) rotation at Fort Polk, Louisiana, April 1, 2026. The video depicts Soldiers configuring the Aevex Atlas Ground Control System (GCS), featuring a 30-foot mast and integrated interface box, and the Aevex Atlas Launcher, designed to enable small units to deploy loitering munitions and unmanned aerial systems (UAS). Additionally, senior leaders observe soldiers utilizing the Aevex Atlas Flight Simulator and Soldier Robotic Controller (SROC) to create flight mission plans. This rotation marks the first time the Aevex Atlas system has been integrated into training at JRTC, representing a significant milestone in Army modernization. These tactical innovations provide ground forces with organic, high-tech tools to dominate the modern multi-domain battlefield.

(U.S. Army video by Spc. Mariam Diallo)

X-Bow Awarded $12.2 Million Contract to Boost Drone Capabilities

Tuesday, April 7th, 2026

New Rocket-Assisted Take-Off System to Enhance AEVEX’s Unmanned Aircraft

ALBUQUERQUE, NM, Apr. 7, 2026 — X-Bow Systems Inc (X-Bow), the leading non-traditional producer of advanced manufactured solid rocket motors (SRMs), sub-orbital launch solutions and defense technologies, today announced a $12.2 million contract with AEVEX to produce rocket-assisted take-off (RATO) kits for AEVEX’s Disruptor drone. X-Bow will deliver hundreds of production kits and thousands of SRMs and components between March and August 2026, demonstrating its commitment to building fast, fielding faster, and delivering now to meet urgent defense needs.

X-Bow’s RATO2 motor launching an AEVEX Disruptor drone.

X-Bow’s RATO² (Rapidly Assembled Tactical Option for Rocket-Assisted Takeoff ™) system allows drones to take off from unprepared surfaces and confined spaces, significantly expanding operational flexibility in modern conflict zones.

Jason Hundley, Founder and CEO of X-Bow, stated, “This contract validates our ability to rapidly scale production and meet urgent defense needs. Our technology is critical for enhancing the capabilities of modern unmanned aircraft.”

The global military drone market is projected to grow significantly, with increasing demand for systems capable of operating in diverse environments. X-Bow’s RATO² technology addresses this need by enabling drones to operate from a wider range of locations and potentially extending their payload capacity and range.

This latest contract caps a series of recent awards for X-Bow, totaling $212 million in the past six months. Unlike traditional defense contractors, X-Bow’s agile approach and proprietary manufacturing processes reduce time-to-market for critical defense technologies from years to months.

X-Bow’s RATO² production kits, which include solid rocket motors and launch cradles, incorporate proprietary technologies such as advanced propellant formulations and innovative manufacturing processes, positioning the company as a leader in next-generation solid rocket motor technology.

Looking ahead, X-Bow plans to expand its product portfolio to address emerging needs in hypersonic propulsion, low-cost interceptors, next-generation space-based interceptors, and evolved sub-orbital space launch systems.

About X-Bow Systems

Since 2016, X-Bow Systems has rapidly evolved into the non-traditional leader in advanced solid rocket motor manufacturing and sub-orbital launch services, spearheading American reindustrialization in the new defense industrial base. Guided by its mission to “build fast, field faster, deliver now,” X-Bow is addressing critical munitions shortages and gaps in defense and space sectors through proprietary energetics technology, vertical integration from propellant development to full rocket assembly, and end-to-end launch capabilities. Backed by prominent aerospace and venture capital investors—including Crosslink Capital, Razor’s Edge Ventures, Balerion Space Ventures, Boeing, Arkenstone Capital, The Capital Factory, Upsher Management Company, Event Horizon Capital, and Lockheed Martin Ventures—X-Bow is headquartered in Albuquerque, New Mexico, with a dedicated R&D facility in Socorro, NM. The company has additional presence in Texas, Mississippi, California, Alabama, Colorado, Utah, Maryland, and Washington, DC. For more information, visit www.XBowSystems.com.

Red Cat Announces Strategic Partnership with Ukraine’s Spetstechnoexport to Advance Multi-Domain Uncrewed Systems Collaboration

Monday, April 6th, 2026

SALT LAKE CITY, March 30, 2026 — Red Cat Holdings, Inc.?(Nasdaq: RCAT), a U.S.-based provider of advanced all-domain drone and robotic solutions for defense and national security, today announced it has entered a strategic partnership with Spetstechnoexport (STE), a state-owned enterprise under Ukraine’s Ministry of Defense, to accelerate collaboration on next-generation unmanned and robotic systems.

The partnership, formalized through a memorandum of understanding (MOU) establishes a framework for cooperation across air, land, and maritime domains. The collaboration is designed to support the integration of advanced technologies, expand production capabilities, and enable broader access to U.S. and Ukrainian defense innovations in global markets. This partnership positions Red Cat as one of the first U.S. companies to formally collaborate with a Ukrainian state-owned defense enterprise on the advancement of multi-domain unmanned systems.

The announcement follows a joint event held in Ukraine earlier this month, where Red Cat and STE convened defense stakeholders, technology developers, and operational end users to showcase emerging unmanned systems and identify opportunities for deeper cooperation.

“This partnership reflects a fundamental shift in how allied nations collaborate to rapidly develop, scale, and deploy unmanned systems,” said Chris Ericson, Chief Operating Officer at Red Cat. “Ukraine has become a proving ground for new defense technologies, and STE plays a critical role in connecting those innovations to global partners. Together, we are creating a pathway to accelerate capability development and deliver mission-ready solutions across multiple domains.”

STE serves as a key integrator of Ukraine’s defense technology ecosystem, facilitating international partnerships, export coordination, and the scaling of advanced systems for operational deployment. Through this partnership, Red Cat will work alongside STE and Ukrainian developers to explore joint initiatives that align with evolving mission requirements in contested environments.

The collaboration builds on Red Cat’s broader strategy to deliver a fully integrated Family of Systems, combining aerial, ground, and maritime platforms with secure communications and scalable manufacturing, to support modern military and security operations. As global demand increases for rapidly deployable, resilient, and interoperable unmanned systems, the partnership underscores the importance of allied cooperation in advancing defense innovation and strengthening industrial capabilities.

DroneShield Establishes European Headquarters to Accelerate Regional Growth and Sovereign Counter-UAS Capability

Monday, March 30th, 2026

30 March 2026 – DroneShield (ASX:DRO), a global leader in counter-drone and electronic warfare (EW) solutions, is pleased to announce the official opening of its new European Headquarters in Amsterdam, The Netherlands.

The establishment of the European Headquarters marks a significant step in DroneShield’s long?term commitment to Europe, one of the Company’s fastest?growing regions, and provides a strengthened operational presence to support its expanding footprint across EU and NATO-aligned markets.

The new Headquarters will serve as an operational base for DroneShield’s EU Centre of Excellence and aligns with the EU’s ReArm Europe Plan / Readiness 2030 initiative, which seeks to boost military spending, strengthen industrial sovereignty, and accelerate support for Ukraine. It further builds on DroneShield’s newly established European manufacturing footprint to advance sovereign counter-UAS capability, which marks a major expansion of the Company’s European industrial footprint and manufacturing capacity.

The European Headquarters will be led by Louis Gamarra, who was promoted to the position of Chief Commercial Officer earlier this year, and builds on DroneShield’s existing regional presence. Mr Gamarra will oversee the continued growth of DroneShield’s commercial and operational functions across Europe, including the expansion of a dedicated in-region team. The Company’s European footprint now comprises of around a dozen staff, and benefits from a multilingual team proficient in English, German, French, Dutch, Spanish, and Scandinavian languages (Danish, Swedish, and Norwegian).

Image: DroneShield officially opens its European Headquarters.

The team will continue to work alongside DroneShield’s robust network of European resellers, while also growing internal operations functions to support delivery to customers. The newly established European headquarters will ensure that customers receive not just leading-edge capability, but also more efficient support and deployment.

Europe remains a priority region for DroneShield’s sales and business development strategy. In 2025, Europe was the Company’s best performing market, securing $98 million in revenue and accounting for 45 per cent of total Company revenue. As of February 2026, DroneShield has a regional pipeline valued at $1.2 billion. Geopolitical pressures, such as the Iranian conflict, ongoing war in Ukraine and repeated Russian drone incursions, continue to drive demand for deployed counter-UAS solutions across Europe and the Middle East.

The official opening event hosted VIP guests including the newly appointed Dutch State Secretary for Defence, Mr Derk Boswijk, and Australian Ambassador to the Netherlands, His Excellency Dr Greg French, reflecting the strong partnerships supporting DroneShield’s European growth.

Louis Gamarra, DroneShield European Headquarters Chief said, “DroneShield’s investment in Benelux marks a major milestone that strengthens our ability to support frontline users, procurement agencies and industry partners across Europe. With increasing demand for counter-drone solutions across the region, our new European headquarters will allow us to deliver faster, more localised support to our EU partners. We’re proud to be investing in local talent and infrastructure to meet the growing security needs across Europe.”