US startup unveils AI drone 'CobraJet' designed to hunt other drones

Amidst the escalating threat posed by drones, U.S. startup SkyDefense has unveiled the CobraJet, an advanced AI-driven vertical takeoff and landing (VTOL) interceptor aircraft. This new drone is engineered to autonomously identify, pursue, and neutralize enemy unmanned aerial vehicles (UAVs), offering a dedicated solution to a rapidly evolving challenge.

The CobraJet is designed for versatility and effectiveness, capable of deploying a range of affordable air-to-air interceptor munitions. SkyDefense highlights its potential to serve as a "drone mothership," capable of launching additional interceptor drones to enhance area defense. The aircraft utilizes modular, 3D-printed carbon fiber construction and is available in five tri-engine versions (V4, V6, V8, V10, and VT10).

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The CobraJet is specifically designed for the air defense needs of critical infrastructure, airports, military bases, borders, and public facilities.

Propulsion options include an electric ducted fan (EDF) version powered by solid-state batteries, reaching speeds up to 360 kilometers per hour, and a hybrid model with a gas turbine jet engine that can achieve speeds of 560 kilometers per hour. Its VTOL capability, combined with thrust vectoring control, allows for rapid interception in complex environments.

Equipped with an AI autonomous flight control system, the CobraJet integrates electro-optical and infrared sensors compliant with the U.S. National Defense Authorization Act (NDAA). It can operate autonomously or under AI-assisted remote control. SkyDefense plans to commence field testing in the fourth quarter of 2026, with mass production slated for the first quarter of 2027. The company envisions CobraJet as part of a layered air defense system, working alongside portable and ground-based missile systems to intercept drones that bypass initial defenses.

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The V10/VT10 large version, with a wingspan of about 3 meters, can serve as a 'drone mothership,' carrying and deploying more low-cost interceptor drones through its internal weapon bay and under-wing hardpoints, increasing area air defense density.