The SR10 module enables autonomous navigation through onboard visual odometry, eliminating reliance on GPS or external positioning signals. This ensures mission continuity even under electronic warfare conditions, where GPS jamming and radio interference are actively employed.
SR10 equips both rotary-wing and fixed-wing platforms with autonomous loitering functionality. This allows for extended overwatch, relay node establishment, reconnaissance, or standby operations without dependence on external navigation aids.
SR10 is designed for fast operational deployment. With a simple UART interface, it seamlessly overrides the host platform’s GPS input, enabling the vehicle to become mission-ready within minutes—even in austere environments.
Optimized for tactical operations, SR10 maintains precision over mission distances up to 10 kilometers. Utilizing advanced inertial and visual navigation integration, it sustains a positional drift of no more than 3 meters per kilometer traveled, ensuring high-fidelity route adherence without external guidance.
SR10 is fully interoperable with leading mission planning and flight control systems, including ArduPilot and iNav. The module outputs data in standard GPS coordinate formats, enabling immediate integration into existing workflows without the need for system redesign.
SR1000 is engineered for mass deployment. By combining low-cost hardware with cutting-edge AI-driven navigation, it delivers high-precision performance at a fraction of the traditional cost. This breakthrough enables military units to field large numbers of autonomous strike drones—even with minimal technical personnel.
Whether deploying a single unit or saturating the battlefield with dozens, SR10’s “launch and forget” capability ensures fast, radio-silent deployment with minimal setup and maximum tactical advantage.
