New Autonomous Counter-Drone System Tested at Border
A US task force tested a non-kinetic autonomous system at the southern border that senses and disables drones at extended ranges, marking a step in the Pentagon's counter-drone effort.
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A US task force focused on defeating drone threats tested a new autonomous counter-drone system at the southern border. The long-range, non-kinetic platform can sense and disable small unmanned aircraft at extended ranges without using kinetic force.
The task force, created to address the growing threat of small drones, has been evaluating multiple technologies. The southern border test marks the first public field trial for this particular system. Details on the platform's manufacturer and exact capabilities were not disclosed.
Non-kinetic systems offer advantages in crowded airspace. They reduce the risk of collateral damage compared with missile-based interceptors. The tested platform uses sensors and effectors that disable a drone's flight controls or navigation, effectively ending the threat without physical destruction.
The test comes as drone incursions along the border have become more frequent. Smuggling groups and other actors have used small quadcopters for surveillance and contraband drops. The US Customs and Border Protection has reported thousands of drone sightings in recent years.
The Pentagon's counter-drone office has prioritized fielding systems that work in urban and border environments. The new platform is one of several under evaluation. Officials said the test results will inform decisions on wider deployment.
Similar autonomous systems are being deployed in conflict zones overseas, where drone warfare has evolved rapidly. The US military has tested non-kinetic counter-drone systems in the Middle East. The southern border test extends that effort to a domestic law enforcement context.
The task force plans to continue testing through the end of the year. The system's ability to detect and disable drones at range without causing fragmentation or electronic interference makes it a potential candidate for permanent border installations.
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