FEATURES OF OUR BIRDS
The flight platform supports 20+ interfaces including on-board sensors, mm Wave radar, LiDAR, thermal camera, ultra-vision HD video transceiver, etc.
Dual core ARM+FPGA allow advanced AI algorithms running on board the Hornbill, leading to 100x higher performance than GPU. Nugenix UAV-Kit supports intelligent environment sensing, obstacle avoidance and autopilot.
UAV OPERATING SYSTEM
Designed as next generation flight control system, UAV-Kit has built in multi-task scheduling for intelligent algorithms and hardware resource management. OS enriches user experience with high stability and maneuverability by supporting real-time data fusion and attitude estimation.
Nugenix UAV-Kit supports most on-the-shelf sensors, including IMU, GPS, camera, LiDAR, and etc. With CAN bus, UAV-Kit allow multi-access of 20+ different sensors and devices
REDUNDANCY & DATA FUSION
Data obtained with multiple IMUs is analyzed in real-time using intelligent data fusion technology, which minimizes system errors and enhances safety. With redundant design, reliability of the flight controller can be ensured even in worst case, i.e. two IMUs crash. Redundant design based on three GNSS sets protects UAVs against complex and volatile industry situations.
In-chip memory protection mechanism isolates core flight control algorithm within protected memory space. Flight control is extremely robust without infection from system error propagation. In-chip random error detection and correction algorithm recovers rare memory errors in time to ensure reliable flight control.
Hornbill is engineered for advanced automatic flight research projects. Besides the lightweight and robust structure, it allows more payloads with more powerful sensing equipment. Powered by Sensor Suite – dual camera, mmWave Radar, LiDAR, swarm radio – Hornbill is leveled up to enable cutting-edge experiments.