Thales Unveils Carbon-Fiber and Titanium Interceptor Drone

At an exhibition in Brussels, Thales demonstrated an interceptor drone capable of neutralizing Shahed-class UAVs.

Defense industry observer NLwartracker published a photo of the drone and reported that its maximum speed reaches 360 km/h.

The fuselage is made of carbon fiber with titanium reinforcement.

In the drone, titanium reinforcement is used in critical parts of the structure where maximum strength is required with minimal weight.

In appearance, the drone resembles an interceptor from MARSS Defense Labs.

Back in 2021, MARSS announced a partnership with Thales to develop solutions for protecting critical infrastructure from drones.

The companies have developed the iNTERCEPTOR autonomous interceptor drone in various versions.

A distinctive feature of these drones from MARSS and Thales is the absence of explosives: enemy UAVs are destroyed by a direct ram.

The enemy drone is destroyed by a strike from the titanium nose section.

To lock onto a target, the drone uses a comprehensive solution: its own drone detection system utilizing radar and an optical-location station, as well as a homing system that actively employs artificial intelligence.

Last year, MARSS Defense Labs unveiled the Interceptor-MR, which rams the target at a speed of 288 km/h.

The system does not require special operator training, and if the attack is canceled, the drone simply returns to base.