Autopilot 1x

Enables autonomous takeoff, landing, and flight from moving ground or sea vehicles. Relative missions can be defined so the drone follows the control station on a vessel or vehicle. Combined with Rendezvous algorithms and optional high-precision relative positioning sensors, it enables accurate landings even in GNSS-denied environments.

Interfaces with a gimbal to enable fly-by-camera control. The drone autonomously follows the camera pointing direction, allowing the operator to intuitively guide flight. Configurable to maintain current altitude or adjust vertical movement based on gimbal orientation.

Supports multiple UAVs and control stations operating in a shared network. Enables simultaneous control of multiple drones and formation flights with relative positioning. Also supports seamless drone handover between operators, ensuring maximum flexibility in collaborative missions.

Enables flight along smooth, continuous 3D curves beyond basic waypoint navigation. Allows drones to follow efficient, fluid paths with precise control of speed and orientation throughout the mission. Perfect for applications requiring smooth dynamics, such as mapping, inspection, or surveillaance.

Dual GNSS receivers provide accurate heading and attitude estimation without sole reliance on magnetometers. Reduces sensitivity to electromagnetic interference and enhances flight stability. GNSS data is fused into the extended Kalman filter to improve aircraft attitude and orientation accuracy in challenging environments.

Integrated RTK GNSS provides centimeter-level positioning accuracy without external hardware. Reduces system weight and integration complexity. Ideal for precision agriculture, survey, and other missions requiring high positional accuracy and robust navigation performance.

Allows full customization of flight phases and control modes for any aircraft configuration. Enables smooth, optimized transitions during complex missions with VTOL, tilt-rotor, tilt-wing, or hybrid aircraft. Adaptable for dynamic mission profiles and advanced platform requirements.

Adaptive algorithms dynamically adjust flight control gains during operation. Optimizes performance for missions with changing payloads, such as delivery flights, or variable conditions, like stratospheric operations. Maintains flight stability and responsiveness across all flight phases and environments.

Compatible with internal and external datalink modules: Satcom, Starlink, 4G, MIMO, LOS/BLOS. Allows configuration of redundant communication channels for mission-critical connectivity, ensuring continuous data links across diverse operational scenarios.

Embedded black box records extensive flight data with fully configurable variables and logging frequencies. Supports continuous or event-based logging. Essential for post-mission analysis, compliance, and certification processes, offering full traceability of flight operations.