Autopilot for attritable and fungible UAS platforms

VECTOR-300 is a scalable autopilot designed to enable fully autonomous operation for attritable and fungible UAS platforms, including missions in contested and GNSS-degraded environments. Developed for military and dual-use applications, it combines advanced guidance, navigation, and control capabilities with an optimized architecture engineered to reduce system complexity and support high-volume manufacturing requirements. The system is designed to improve production repeatability and supply-chain resilience while maintaining operational capability across demanding mission profiles.

Optimized for loitering munitions and C-UAS interceptor platforms, VECTOR-300 supports precision guidance, autonomous mission execution, and real-time trajectory adaptation against moving targets. The autopilot integrates visual guidance, AI-based target identification, referenced navigation, and robust multi-sensor estimation within the autonomous control loop to support resilient navigation during terminal engagement and GNSS-degraded mission phases. VECTOR-300 also supports swarming, formation flight, autonomous navigation without radio communications, and interoperability with third-party payloads, sensors, effectors, and mission systems across defense and dual-use unmanned applications.