The Israeli newspaper Haaretz revealed that the Israeli army has begun using an advanced drone system designed to intercept explosive unmanned aerial vehicles launched by Hezbollah toward its forces in Lebanon and the northern regions.

The system, known as Iron Drone Raider and developed by American Robotics, is an integrated counter-UAS solution. It combines advanced sensors, including radar, artificial intelligence technologies, and interceptor drones capable of operating autonomously.

The system operates through three main stages: Detect, where sensors identify aerial threats; Track, using intelligent algorithms to accurately follow the target; and Intercept, where an interceptor drone is launched to neutralize the threat mid-air. Once a threat is detected, the interceptor drone takes off autonomously and tracks the hostile drone using radar.

During the interception phase, the system can either continue tracking the target or deploy a net to capture it. When the net is deployed, a parachute opens and gently lowers the captured drone to the ground, significantly reducing the risk of explosion and minimizing collateral damage—one of the system’s key advantages over traditional destructive methods.

For its part, the Israeli broadcaster Kan reported that field documentation showed a Hezbollah suicide drone falling near an Israeli military unit in the buffer zone inside Lebanese territory without exploding, suggesting it may have been intercepted or neutralized.

The report added that an analysis of the drone’s technical components revealed the use of a fiber-optic cable within its communication system. The device (shown in cyan) contained an optical spool enabling a direct and encrypted link between the operator and the drone, making it resistant to electronic jamming. It was also found that the drone was equipped with an RPG warhead, along with an external battery pack as its power source.

Overall, the deployment of this system reflects a growing shift toward intelligent, automated air defense technologies that rely on non-destructive interception methods, particularly as drone warfare continues to expand in modern conflicts.