Counter-drone interceptors operate at high angular rates in the most contested parts of the electromagnetic spectrum. IMS-AI keeps guidance stable.
cUAS interceptors must track and pursue fast-moving targets while operating in the same jammed, spoofed environment as the drone they are hunting. Conventional IMUs fail under aggressive maneuvering — bias accumulates, attitude estimates drift, intercept fails.
A parallel MEMS array cross-validates each axis continuously, maintaining attitude accuracy through aggressive pitch, roll, and yaw maneuvers. EKF + AI fusion eliminates noise spikes that corrupt single-sensor guidance. The result is a stable intercept trajectory even under full GPS denial and active EW.
| Architecture | Parallel MEMS array with EKF + AI fusion |
| Tracking | Stable attitude through high angular-rate maneuvering |
| Fault tolerance | Graceful degradation — no single point of failure |
| EW immunity | Fully passive — no RF emissions, no RF dependency |
| Output | UART / SPI / CAN — compatible with standard guidance stacks |
| Detailed specs | Available under NDA to qualified programs |