Air Force Special Warfare Employs Kinetic Interceptor in Counter-UAS Proof of Concept | Soldier Systems Daily Soldier Systems Daily
AI Analysis
Air Force Special Warfare (AFSW) conducted a successful proof-of-concept integrating a commercial kinetic interceptor with an expeditionary C-sUAS system, demonstrating a sensor-to-shooter kill chain against Group 1-3 drones. The event focused on providing small, forward-deployed teams with a lightweight, deployable defense against low-cost attack drones in austere environments. The approach emphasizes a layered defense, combining detection, command & control, and kinetic defeat capabilities.
Key Takeaways
- AFSW units (48th RQS, 7th ASOS, 316th EOD) participated in the demonstration at Florence Military Reservation, Arizona.
- The system utilizes a 'layered' approach to C-sUAS, integrating detection, command & control, and a commercial off-the-shelf kinetic interceptor.
- The objective is a man-portable, highly autonomous C-sUAS capability interoperable with broader architectures.
- The demonstration evaluated the system's effectiveness against a variety of Group 1-3 drones (fixed-wing and quadcopters).
- The Arizona Army National Guard, Southwest Mission Acceleration Center, and multiple industry partners were involved in the integration.
Why It Matters
The increasing proliferation of low-cost attack drones poses a significant threat to forward-operating forces lacking traditional air defense. This proof-of-concept demonstrates a viable path towards equipping small teams with a rapidly deployable, cost-effective C-sUAS capability, enhancing force protection and mission success. The focus on interoperability suggests a move towards a more integrated and scalable C-sUAS architecture across the Air Force.
Air Force Special Warfare Employs Kinetic Interceptor in Counter-UAS Proof of Concept | Soldier Systems Daily Soldier Systems Daily
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Air Force Special Warfare Employs Kinetic Interceptor in Counter-UAS Proof of Concept
DAVIS-MONTHAN AIR FORCE BASE, Ariz. —
Air Force Special Warfare Airmen from the 48th Rescue Squadron, 7th Air Support Operations Squadron, and 316th Civil Engineer Squadron Explosive Ordnance Disposal conducted a proof-of-concept event on April 7, 2026. The event integrated a commercial off-the-shelf kinetic interceptor with an expeditionary counter-small unmanned aircraft system (C-sUAS) to address critical capability gaps for small teams operating “outside the wire.”
The demonstration took place at the Arizona Army National Guard Florence Military Reservation in Arizona. As adversaries increasingly employ low-cost, one-way attack drones, smaller, forward-deployed teams face growing risks without access to traditional, fixed-site air defense. This event focused on developing a lightweight, deployable capability to detect, track, and defeat Group 1–3 small unmanned aerial systems in austere environments.
The unit executed a layered approach to C-sUAS operations, integrating low-cost interceptor technology with expeditionary sensing and command-and-control systems. Through this proof-of-concept event, the Arizona Army National Guard, the Southwest Mission Acceleration Center, and multiple industry partners integrated detection tools, command-and-control systems, and various target aircraft.
During the event, AFSW Airmen executed four core functions: detect, assess, command and control, and defeat. The objective was to evaluate the ability to detect an enemy unmanned aircraft and provide tracking data through a common operating picture. The system then cued the interceptor to launch, track, and engage a UAS target, demonstrating a sensor-to-shooter kill chain at an operationally relevant cost.
“We are evaluating a range of layered detection and defeat capabilities,” said an AFSW Airman assigned to the 355th Wing. “By employing diverse target profiles, from fixed-wing systems to quadcopters across the Group 1-3 range, we can assess how, when, and where our C-sUAS systems are most effective. Our objective is a man-portable capability with a high degree of autonomy that can operate with minimal infrastructure while remaining fully interoperable within a broader C-sUAS architecture.”
The training highlighted the squadron’s continued evolution beyond its traditional rescue mission, expanding into offensive and defensive small UAS employment in contested environments.
“From a force protection and mission execution standpoint, each layer addresses different threats across varying distances,” the AFSW Airman said. “This approach adapts against near-peer threats while maintaining the cost-effective countermeasures required in modern conflict.”
This effort represents a significant step toward operationalizing expedi