A joint test conducted by the Joint Interagency Task Force 401 (JIATF-401) and the Federal Aviation Administration has demonstrated the use of high-energy laser technology for counter-drone missions while examining its compatibility with civilian airspace operations.
The initiative, involving the United States Department of Defense and the FAA, is designed to explore how counter-UAS technologies can be safely integrated into US airspace without disrupting civil aviation. Testing was conducted at the White Sands Missile Range, where scientists analyzed how directed-energy laser beams interact with targets engineered to replicate aircraft components.
Researchers also assessed automated safety features that can deactivate the system if operating conditions become unsafe. Additional monitoring focused on evaluating possible visual hazards for pilots and aircrew operating nearby. Officials noted that the trial builds on decades of directed-energy research conducted by the US military, with earlier experiments providing valuable data for improving system performance and regulatory coordination.
Expanding Counter-Drone Efforts
The US is continuing to expand testing of systems designed to counter unmanned aerial threats in real-world conditions. Earlier this year, the United States Army carried out a live-fire trial using an Boeing AH-64 Apache helicopter equipped with a proximity-fused munition designed to defeat drones.
During the demonstration, the helicopter fired the 30×113 mm XM1225 Aviation Proximity Explosive round at airborne targets positioned at different ranges, highlighting its effectiveness for counter-drone missions from rotary-wing platforms.
In a separate development, Parsons Corporation deployed its DroneArmor platform to support US border security operations. The system integrates AI-driven analytics, machine learning algorithms, and a suite of sensors to detect, track, and counter unauthorized drones that could endanger personnel or vital infrastructure.
