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Archive for the ‘Drone’ Category

AUSA 25 – Aerial Clarity Essentials Kit by Pro Shot Products

Monday, October 20th, 2025

Pro Shot Products is right at the forefront of the Drone Dominance strategy with their Aerial Clarity Essentials Kit (ACE) Kit which consists of items needed to maintain your drone’s optics.

Features:

Mission Ready Chest, Hip, or Standalone Rig – Durable, lightweight and MOLLE compatible for easy carry and quick access.

Advanced Lens Cleaning System – Removes dust, smudges, and environmental debris from drone cameras, sensors, and optics.

Superior Solutions – Includes Mil-Spec Anti-Fog / Anti-Static / ANTI-GLARE Lens Cleaner, Mil-Spec Lens Tissue, Soft Lens Safe Brush, and Microfiber Cloths to maintain optical clarity.

Field-Tested Performance – Engineered for harsh conditions and battle-proven, ensuring drones stay operational with uncompromised visibility.

All-in-One Convenience – Compact yet fully equipped, making it an essential gear addition for tactical and field professionals.

Visit www.proshotproducts.com or contact jjohn@proshotproducts.com for a quote.

AUSA 25 – FANG F7 by Red Cat

Friday, October 17th, 2025

As soon as I read about Red Cat’s new FANG FPV drone and sure enough, it fits right in what what I refer to as the “155 shell of the future” an attritable FPV drone made with NDAA compliant components that comes in under $3000.

Featuring a 7″ carbon fiber frame and Integrated HD FPV Camera w/ Low-latency Transmission along with UMAC NDAA-compliant Motors and a 6S Li-Ion Battery it can recovered for continued system training.

During a drone racing competition earlier this month in North Carolina, the FANG came in first place so we know it has the speed and agility we are looking for.

Sales are restricted to government customers and systems will be sold as kits which include several FANGs and a controller at a great price.

Above you can see the FANG next to the Black Widow to give you an idea of the size difference between the two.

redcat.red/fang

AUSA 25 – SIG SAUER Introduces New Robotic Solutions

Friday, October 17th, 2025

Over the past few AUSA meetings SIG SAUER has incrementally introduced new robotic solutions such as the Pitbull Remote Weapon Station and small arms integration into aerial drones.

This year they exhibited a scaled down version of their RWS mounted to an IAI Fire Storm APUS 60 quadcopter which was developed specifically for this application. It is fuel powered and offers 3 hours of endurance.

The RWS features an LMG and 200 rounds of 7.62 NATO ammunition for a total weight of 24 kg.

It uses the same tech as the ground based RWS but scaled down for aviation use. Consequently, it is purpose built for use with the LMG and is not modular, or meant to accept a variety of weapons.

It will traverse 30 deg left and right and depress -45 deg. That combined with the maneuverability of the drone will ensure target acquisition, PID, and engagement via the controller.

Additionally, they showed the Pitbull RWS mounted to a Deka Sentry Security Platform. This all-terrain, wheeled, multi-mission robot is offered in 3 models with this being the Monster Bot.

It is adapted from a carriage for individuals with mobility challenges and is gyrostabilized to offer a solid, upright platform for any application including ISR and weapon employment. For example, it keeps the payload level even when negotiating stairs.

While the weapon station relies on SIG’s controller, the platform itself can be autonomous, negotiating terrain on its own with little to no human input other than waypoints.

Dedrone by Axon Expands Capabilities to Further Protect NATO Airspace

Thursday, October 16th, 2025

Europe’s borders are no longer defined by terrain — they’re defined by the airspace that surrounds them. In the past year alone, Russian-origin drones have entered the airspace of many countries, including reports in Poland, Estonia, Lithuania, Latvia and Romania, triggering NATO intercepts and disrupting civil aviation. What once were isolated incidents are now deliberate tests of how fast democracies can adapt.

As these incursions grow more frequent, particularly from Group 3 drones classified under U.S. military standards such as the Shaheds, NATO allies are facing a pivotal challenge: how to build an air defense network that’s as agile and intelligent as the threats themselves. Group 3 drones sit in a “gray zone” of modern warfare — too small and inexpensive for traditional missile systems, yet too capable to be ignored. These are the drones increasingly used along NATO’s eastern borders, prompting urgent investment in scalable, AI-driven counter-UAS systems.

Dedrone by Axon is taking that challenge head-on, expanding its ecosystem to deliver end-to-end airspace defense across NATO’s operational landscape. The company’s AI-powered command-and-control platform now integrates with emerging partners to protect against Group 1 through Group 3 drone threats, creating a unified capability for defense and national security agencies.

Lessons from Ukraine: Innovation at the Edge of Conflict

Earlier this year, Axon CEO Rick Smith visited Ukraine, where he saw firsthand how necessity is accelerating innovation at the edge of conflict. From frontline engineers to defense accelerators like BRAVE1, Ukraine has become a model for how rapid iteration and collaboration must redefine national defense.

“Ukraine has become a proving ground for the future of defense innovation — especially in unmanned and counter-unmanned systems,” said Rick Smith, CEO and Founder of Axon. “Shahed-type drones have replaced cruise missiles as a cheaper, devastating way to hit critical infrastructure, while FPV drones have become the new IED — low-cost, everywhere, and deadly at the front lines. To meet these threats, the world needs bold advances in UAS and counter-UAS technology. The future of defense will be defined by how fast we can connect sensors, systems, and allies into one network that acts at machine speed.”

During that visit, Axon committed to advancing the next generation of UAS and cUAS technology emerging from Ukraine and its allies. Through BRAVE1 and collaborations with companies both within Ukraine and in partner nations supporting its defense, Axon has begun identifying and empowering startups developing the tools needed to protect democratic airspace. These innovation hubs and early-stage companies are becoming key partners in Axon’s broader effort to scale battlefield-proven technologies across NATO’s defense ecosystem.

Dedrone by Axon and TYTAN Partner to Strengthen NATO Airspace Defense

Building on these lessons, Dedrone by Axon has entered into several strategic partnerships to advance our technology for use in strengthening NATO airspace defense. The first of these is with TYTAN, a Munich-based defense technology company developing interceptor systems for Group 3 drones. Both companies share German roots and a commitment to advancing responsible innovation in defense — connecting leading-edge capabilities to protect lives and critical infrastructure.

The collaboration combines Dedrone by Axon’s AI-powered sensor fusion and technology with TYTAN’s kinetic interceptors, creating a complete detect, track, identify, and mitigate (DTI-M) capability. This end-to-end solution expands Dedrone by Axon’s coverage from Group 1 through Group 3 threats, delivering the unified airspace picture NATO allies need to act faster and defend smarter.

“This alliance allows us to offer our customers a seamless CUAS platform that spans Group 1 through Group 3 threats,” said Aaditya Devarakonda, CEO, Dedrone by Axon. “Together, Dedrone and TYTAN are helping NATO and its partners build the connected network that will define the future of air defense.”

“Together, Dedrone and TYTAN aren’t just responding to emerging threats; we’re helping NATO and its partners build the connected network that will define the future of air defense,” said Balazs Nagy, Co-Founder and CEO of TYTAN. “Our partnership with Axon shows what true pan-NATO innovation looks like, built through collaboration across the US and Europe, proven in combat, and integrated with global allies to protect NATO airspace. This is Europe and NATO’s moment to lead, and TYTAN’s mission is to make that intent real — to turn collective vision into action.”

Expanding the Ecosystem of Democratic Defense

At the center of this effort is DedroneTracker.AI — a NATO-compatible platform that fuses radar, radio frequency (RF), optical, and acoustic inputs into a single, unified airspace picture. Integrated with TYTAN’s autonomous interceptor technology, this collaboration transforms detection into decisive action, closing the loop from identification to neutralization within seconds. TYTAN’s AI-driven kinetic interceptors, developed and manufactured in Europe, extend this capability into the higher, more militarized range of Class III UAS threats, giving NATO allies a complete, layered defense system that is both scalable and sovereign.

Already deployed in more than 30 countries and responsible for over 800 million drone detections worldwide, DedroneTracker.AI enables operators to autonomously coordinate responses across agencies, critical infrastructure sites, and borders in real time. The platform scales from localized deployments with DedroneCity to nationwide networks, offering a flexible foundation for future command-and-control innovation. 

By integrating with TYTAN’s interceptor technology, Dedrone by Axon extends its CUAS mitigation capability into a higher, heavier and more militarized range of drone threats — ensuring NATO allies have the intelligence, tools, and operational flexibility to defend airspace at every layer. This partnership embodies the shared values of technological sovereignty, responsible innovation, and the protection of democratic nations from emerging unmanned threats. 

“NATO is at an inflection point. The threats are already here — what’s missing is the speed and scale to counter them,” said Batuhan Yumurtaci, Co-Founder and CTO of TYTAN. “It’s no longer enough to announce new frameworks or strategies for our air defence; we have to build them.”

At AUSA, Dedrone by Axon will highlight how AI, interoperability, and alliance-driven innovation is shaping the future of collective defense. The TYTAN partnership represents the first in a series of upcoming collaborations with emerging defense innovators, marking a new phase in Axon’s investment and support for technologies that protect democratic nations.

Because the nature of security is changing — and defending democracy now depends on how quickly nations can see, share, and respond together. Protecting life is a mission at Axon that has never stopped at public safety. It means standing up for nations that defend democracy — and building the technologies that make that defense possible. In every era, threats evolve. But with purpose, partnership, and innovation, so does protection.

Redwire And Red Cat Announce Strategic Drone Integration Concept To Meet Multiple US Army Echelon Needs

Wednesday, October 15th, 2025

JACKSONVILLE, Fla. — Redwire Corporation (NYSE: RDW), a global leader in space and defense technology solutions, today announced that its wholly owned subsidiary, Edge Autonomy, has partnered with Red Cat (Nasdaq: RCAT), a U.S.-based provider of advanced all-domain drone and robotic solutions for defense and national security. Together, the companies will integrate Red Cat’s Teal Drones Black Widow — a compact, small uncrewed aerial system (sUAS) quadcopter — with Edge Autonomy’s Stalker, a Group 2 fixed-wing VTOL UAS, to support U.S. Army echelon missions requiring advanced surveillance, reconnaissance, and situational awareness.

The Edge Autonomy Stalker is purpose built with a modular open systems approach (MOSA) to meet multiple mission needs. With flexible payload capacity, the Stalker can easily integrate compact drones to support the U.S. Army across multiple echelons including platoon, company, battalion, and brigade. The Black Widow can be mounted under the center wing of the Stalker as a deployable payload, extending mission range with the Stalker acting as a carrier, launch platform, and communications relay.

“Our Stalker is combat proven with exceptional long-range reconnaissance capabilities,” said Steve Adlich, President of Edge Autonomy. “When paired with the well-recognized short-range reconnaissance of Teal’s Black Widow, we provide frontline warfighters with greater mission reach and reliable data for efficient and effective decision making.”

The Black Widow, part of Red Cat’s Family of Systems, is a secure, NDAA-compliant ISR drone designed to deliver real-time intelligence at the tactical edge and is built to meet the mission-critical needs of U.S. and allied forces.

In November 2024, the Army selected the Black Widow for its SRR Tranche 2 program, which provides reliable and efficient intelligence, surveillance, and reconnaissance tools for soldiers in the field.

“This collaboration represents a major step forward in how tactical drones are deployed across multiple echelons,” said Jeff Thompson, CEO of Red Cat. “The integration of short and long range reconnaissance systems answers the Army’s requirements for a rapidly deployable, easily portable tactical situational awareness in even the harshest contested areas.”

Edge Autonomy, a wholly owned subsidiary of Redwire, specializes in delivering innovative uncrewed aerial systems, advanced optics, and resilient energy solutions that are being used by the DoD, U.S. Federal Civilian Agencies, and allied governments. With products deployed in nearly 80 countries, and with nearly three decades of technology heritage and manufacturing expertise, Edge Autonomy’s experienced team delivers proven solutions based on real-world mission needs.

US Army Taps GA-ASI To Add MOSA-EW Capability Onto Gray Eagle UAS

Monday, October 13th, 2025

SAN DIEGO – 13 October 2025 – The U.S. Army has awarded General Atomics Aeronautical Systems, Inc. (GA-ASI) a new contract to add a C5ISR Modular Open Suite of Standards (CMOSS)-compliant open architecture Electronic Warfare (EW) capability onto the MQ-1C Gray Eagle® Unmanned Aircraft System (UAS).

This will be the third EW capability that has been integrated into the CMOSS chassis, showing how quickly and easily new plug-and-play capabilities can be integrated into the Gray Eagle platform. Other recent additions include Electronic Attack, Communications Relay, Counter-UAS, and Signals Intelligence.

Gray Eagle’s Modular Open Systems Architecture (MOSA) streamlines the integration of the new EW capability, which leverages previous operational demonstrations and exercises applicable to Gray Eagle Extended Range and Gray Eagle Short Takeoff and Landing (STOL) variants. This capability signals a major step forward in the ability to conduct deep sensing in the Pacific while increasing the survivability and lethality of the Gray Eagle at distances relevant in the INDOPACOM Area of Responsibility.

“Persistent, long-endurance, long-range UAS combined with EW means that the U.S. Army division commanders can apply the powerful EW effects of the Gray Eagle to neutralize threats to the maneuver force at a time and location of their choosing,” said GA-ASI President David R. Alexander.

GA-ASI will collaborate with AeroVironment, Inc. (“AV”) (NASDAQ: AVAV) to integrate the company’s SharkCage Expeditionary C5ISR Chassis (ECCv3) onto the platform. Since 2024, GA-ASI and AV have jointly demonstrated a range of capabilities on the Gray Eagle open architecture chassis.

Oak Grove Technologies’ UxS Store Is Now Open

Monday, October 13th, 2025

Oak Grove Technologies’ new UxS Shopify storefront is open, featuring tactical drone equipment, Chimera kits, and mission-ready parts built for real-world operations.

Engineered by industry professionals for defense, security, and tactical applications, because reliability and performance aren’t optional.

Explore the full lineup: www.oakgrovex.com

US Marines and Sailors Train and Experiment with Emerging Drone Technology in Okinawa

Monday, October 13th, 2025

CAMP SCHWAB, OKINAWA, Japan —

From Aug. 11 to 22, 2025, U.S. Marines and Sailors with 4th Marine Regiment, 3d Marine Division, trained with, integrated, and expanded their use of small unmanned aerial systems (sUAS). For the first time, Marines flew untethered sUAS over an Okinawa-based, Marine Corps installation.

This aligns directly with the Secretary of Defense’s drone modernization guidance, released July 10, 2025, which prioritizes training with autonomous capabilities, leaning into adaptability, and pursuing joint-force integration with these emerging technologies.

“The Marines and Sailors with 4th Marine Regiment are getting use to utilizing and innovating with technology that we haven’t used in the past,” said Capt. Wesley Pond, Regimental Assistant Air Officer, 4th Marine Regiment, 3d Marine Division and lead planner of the sUAS and autonomous, unmanned ground vehicle (A-UGV) training on Camp Schwab. “We are helping them to see new things, new ways to find an adversary and new ways of moving about the battlespace.”

The Marines and Sailors attended a course with the Skydio X2D sUAS to sustain their proficiency with the system. This in-depth training allowed some servicemembers to receive an additional Military Occupational Specialty as sUAS operators after they completed all the required training objectives. The Marines in the course were able to take their increased proficiency in sUAS employment back to their unit to better integrate the systems in future training evolutions.

“Marines of any rank are encouraged to participate in the courses in order to receive the qualifications to operate group one UAS,” said Pond. “This in total increases the Marine Corps’ combat effectiveness by having capable Marines, of any MOS, at the ready to operate drones in any situation.”

“We will continue to push the metaphorical football down the field and keep getting better. We are going to field the Marines with the weapons and the systems they need to enhance their lethality, to go confidently into the next battlespace and know they are walking into a fight that they are well prepared for.”

– said Capt. Wesley Pond, Regimental Assistant Air Officer, 4th Marine Regiment, 3d Marine Division and lead planner of the sUAS and autonomous, unmanned ground vehicle (A-UGV) training on Camp Schwab.

The Marines and Sailors with 4th Marine Regiment refined shared procedures for experimental methods of extracting an emergency casualty via the Mission Master. This A-UGV platform can assist with tactical transport, resupply, and casualty evacuation, reducing danger to dismounted troops across a wide range of missions, including high-risk situations.

“This is the first time our corpsmen in the 4th Marines Regimental Aid Station have had the opportunity to train with and use an autonomous system as a CASEVAC platform,” said U.S. Navy Senior Chief Hospital Corpsman David Long, senior enlisted leader, 4th Marines Regimental Aid Station.

In this training scenario, the Mission Master was used to carry wounded servicemembers out of harm’s way on the battlefield, enabling the Corpsmen to quickly and tactically bring the casualty behind friendly lines.

“This takes a huge load off the humans that would previously have to physically carry that casualty on a litter a long distance or we would have to use a large, loud tactical vehicle,” said Long. “It also allows us to provide treatment enroute to the casualty collection point for follow-on care. This capability has the potential to help us save lives and quickly return more Marines back to the fight.”

As the future of warfighting continues to evolve, 4th Marine Regiment continues to modernize as well.

“This training demonstrates the 4th Marine Regiment’s commitment to train as we fight and to compete with adversary capabilities now,” said U.S. Marine Corps Col. Richard Barclay, commanding officer, 4th Marine Regiment. “Training isn’t just about preparing for a future fight but maintaining a decisive edge in the current operating environment. What Capt. Pond, the 3d Marine Division, and Marine Corps Installations Pacific team have achieved is just the start of much more work to be done within the realms of sUAS and UGV training.”

Cpl Joaquin Carlos Dela Torre

3rd Marine Division