Tilt-rotor UAV
The tilt-rotor UAV features a unique tilt-wingtip design, effectively combining the dual advantages of multi-rotor vertical takeoff and landing (VTOL) and fixed-wing long endurance. It is highly maneuverable and adaptable to various complex takeoff and landing conditions. The entire system adopts a quick-release and efficient aerodynamic design, making it both portable and user-friendly while achieving industry-leading flight performance. It is equipped with a 30km dual-frequency HD video transmission system for stable, long-distance operation without issues. The industrial-grade flight control and navigation system ensure autonomous flight throughout the mission. The UAV can be equipped with various payloads, such as dual and triple-camera systems, to meet the operational requirements of different scenarios.
Ultra-Long Flight Time, Exceptional Potential
The drone features a streamlined body and semi-embedded motor design, with no ailerons, a high aspect ratio, and a lightweight structure. It also incorporates automatic propeller locking technology during fixed-wing flight, further reducing wind resistance during high-speed flight. With a flight time of up to 126 minutes, it outperforms other vertical takeoff and landing (VTOL) fixed-wing drones in its class. This extended flight time not only reduces labor costs but also significantly boosts operational efficiency.
Intelligent Operation, Efficient and Reliable
The drone integrates advanced flight control and AI technologies, combining powerful software and hardware to provide a highly intelligent solution for complex operational needs. It offers intuitive control for operators, simplifying tasks with ease.
Key features include:
– One-button takeoff and landing
– AI-driven intelligent tracking
– Intelligent pointing flight
– Terrain following
– Quick task execution
Flexible Expansion and Versatility
The drone can be equipped with a wide range of industry-specific payloads, breaking the constraints of traditional light payloads. Whether operating day or night, various mounts are available to meet the demands of complex tasks, ensuring seamless all-weather operations.
The model adopts a standardized payload design, with most mounts being interchangeable and compatible, greatly enhancing the product’s reusability and adaptability.