Russian sources have released footage showing the operational use of a new interceptor drone known as Lys-2 (Fox-2), a fixed-wing unmanned system designed to engage aerial targets.
The footage, circulated on March 24, highlights the drone’s use as a counter-UAS platform with an autonomous target acquisition feature during the final phase of flight.
According to available footage and descriptions, the Lys-2 drone uses a fixed-wing configuration and is launched via a mechanically tensioned catapult system. This method allows the system to operate without the need for a runway, supporting deployment in field conditions.
As reported in open-source materials, one of the defining features of the Lys-2 is its ability to autonomously acquire and engage a target during the terminal phase of flight. This capability suggests the drone is designed to reduce reliance on continuous operator control, particularly in contested electromagnetic environments.
Technical specifications for the system have not been officially confirmed. However, some sources cited in open reporting suggest the drone may have an operational range of up to 15 kilometers, a flight speed between 120 and 160 kilometers per hour, and a maximum operational altitude of around 4,000 meters.
In practical terms, interceptor drones such as Lys-2 are intended to locate and collide with or otherwise disable hostile unmanned aircraft. These systems typically rely on onboard video sensors and guidance algorithms to track targets and complete the interception without requiring constant external input.
The Lys-2 appears to fit into a broader category of low-cost counter-drone solutions designed to provide a close-range defensive layer. Such systems are typically used alongside other counter-UAS tools, including electronic warfare and short-range air defense weapons.
