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Multi-disciplinary team, 17 years working together on deep-tech, successfully commercialized products.
International trade show experience (CES Las Vegas, AERO Friedrichshafen, etc.).
Proprietary control systems integrating low-drift gyroscopes with semi-chip vibration ring solutions and custom sensor fusion libraries.
Modules and PCBs are designed from the ground up within our company, with algorithms that eliminate singular points in attitude calculations. E.g., PID control systems manage roll, pitch, yaw, altitude, and speed across diverse flight conditions, proven in fixed-wing, rotorcraft, and VTOL platforms.
Integration of GPS (including RTK with 2cm positioning accuracy), IMU, optical flow, visual point-based navigation, and barometric systems.
Fusion algorithms maintain accurate positioning even when individual sensors fail or operate in GPS-denied environments. AHRS modules resilient to high G-forces and temperature extremes ensure reliable performance in challenging conditions including dead reckoning and optical flow for backup navigation.
Vision-based navigation using onboard cameras for object detection, positioning, landing, etc.
AI models trained on flight data track moving objects, navigate using visual reference points, and recognize landing zones. AI expertise extends to recognizing, generating spoken language, enabling voice-controlled operations, and intelligent communication processing.
Ground station platforms with real-time video streaming and full telemetry, enabling beyond visual line of sight (BVLOS) UAV operations.
Complete communication architecture between aircraft and ground systems for remote control, mission planning, and data analysis.
