The flight control system is the "brain" of drones, responsible for attitude control, navigation positioning, mission execution and other core functions.
Open-source flight control system, supports multiple aircraft types, flexible and customizable
High-precision navigation, RTK support, suitable for industrial applications
Self-developed flight control algorithms, adaptable to multiple aircraft platforms
Motors, ESCs, and propellers form the power core of drones, determining flight performance and efficiency.
High efficiency, low noise, long life, supporting various specifications
Precise motor speed control, supporting multiple communication protocols
Lightweight, high strength, low vibration
High energy density batteries are key to drone endurance. Solid-state batteries and hydrogen fuel cells are future directions.
High energy density, intelligent BMS management, fast charging support
Higher safety, longer range
Zero emissions, long endurance, suitable for large drones
Various sensors provide perception capabilities for drones, payloads determine application scenarios.
Obstacle avoidance, positioning, target recognition
3D surveying, terrain modeling, power line inspection
Power line inspection, fire rescue, night reconnaissance
Agricultural monitoring, vegetation analysis, precision agriculture