Thales presented a new interceptor drone made of carbon fiber with titanium reinforcements at an exhibition in Brussels.
The equipment was designed to neutralize Shahed-type drones, widely used in conflict scenarios. According to the defense sector observer NLwartrackerthe model can reach speeds of up to 360 km/h.
The structure of the drone combines lightness and strength, using carbon fiber for the main body and titanium at critical points. This material is applied precisely in areas requiring greater robustness without compromising the overall weight, ensuring better performance at high speeds. Visually, the device is reminiscent of the models developed by MARSS Defense Labs, a Thales partner since 2021.
This collaboration between the two companies gave birth to the iINTERCEPTOR range of autonomous drones, intended to protect critical infrastructure against aerial threats. One of the main characteristics of these systems is the absence of explosives; instead, the drones neutralize their targets through direct collision, ramming the enemy UAV with a titanium-reinforced frontal section.
To locate and intercept its targets, the drone uses an integrated system combining radar, optical sensors and artificial intelligence, allowing precise tracking and autonomous decision-making. Previous models, such as the Interceptor-MR, already reached speeds close to 288 km/h. Additionally, the system does not require advanced training for operators and can automatically return to base if the mission is canceled.
“Spotted at BEDEX 2026 (Brussels): Thales’ kinetic interceptor drone. Max speed: 360 km/h. Targets Shahed-class UAVs via sapient-compliant radar. Fuselage: titanium-reinforced carbon fiber. Brushless motors (low KV 400-800) with optimized props for top speed. Pure ram-kill using… pic.twitter.com/clju1CmnNj
— NLwartracker (@NLwartracker) March 15, 2026
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Source: Militarnyi | Photo: X @NLwartracker | This content was created with the help of AI and reviewed by the editorial team
