Convenient operation: fully autonomous flight control, with automatic flight route function, one-click automatic takeoff and landing, and automatic remote takeoff and landing function. Quick disassembly and assembly, completed in 5 minutes.
Environmental adaptability: It can take off and land in grasslands, sandy areas, tidal flats, plateaus and other conditions. This type of drone combines the characteristics of fixed-wing drone flight time, high speed, and long distance with the vertical takeoff and landing function of rotary-wing drone. Its vertical takeoff and landing mode greatly enhances the environmental adaptability of the drone platform.
System reliability: The composite wing layout combining fixed-wing and multi-rotor solves the problem of vertical takeoff and landing of fixed-wing drones. At the same time, the 16-rotor mode is adopted to improve the corresponding time of the drone in rotor mode and enhance wind resistance.
Using fixed-point and remote reciprocating logistics transportation to support flights, hanging tests, emergency rescue, remote sensing/mapping, agricultural and chemical plant protection, environmental factor monitoring, intelligent sowing and other scenarios. Driven by multiple mission requirements such as military training, joint logistics support, practical simulation exercises, and fire extinguishing, we cooperated and participated in multiple scenarios of practical training for various military branches including the Air Force, Army, Navy, Strategic Support Forces, etc., completing various functional and different-scale flight tests.
• Wingspan: 6 meters
• Length: 3.3 meters
• Empty weight: 55 kg
• Maximum load capacity: 40 kg
• Endurance time/range greater than 100 kilometers
• Cruise time: 1.5 hours
• Economic cruising speed/cruising speed: 77~ 106km/h
• Practical vertical takeoff altitude: > 5000 meters
• Practical ceiling: > 7000 meters
• Wind resistance: take-off and landing resistance level 7
• Rainproof capacity: moderate rain
• Working environment temperature: -40~ 55 ℃