Fixed-wing Drone

Fixed-wing UAVs use a fixed-wing design similar to traditional aircraft, relying on a power unit to generate thrust and obtaining lift through the relative movement of the wing and the air35. Its system usually consists of five parts:

 

‌Airframe structure‌: Modular design facilitates rapid assembly and transportation3

‌Avionics system‌: Integrated flight control computer, sensors and communication equipment3

‌Power system‌: High-efficiency energy device that supports long-distance flight7

‌Take-off and landing system‌: Relies on runways, ejection or parachute5

‌Ground control station‌: Realizes remote mission planning and real-time monitoring3

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Product Details

Core performance characteristics

‌Flight endurance and speed‌:

The single flight time can reach more than 2 hours, and the speed is significantly higher than that of multi-rotor models, suitable for large-scale operations56.

‌Take-off and landing restrictions‌:

A runway or ejection device is required, and the flexibility is lower than that of vertical take-off and landing drones45.

‌Environmental adaptability‌:

Strong wind resistance, can fly stably under complex weather conditions7.

Typical application scenarios

‌Geographic information mapping and inspection‌:

A single flight covers more than 30 square kilometers and is widely used in power line inspection, highway monitoring and other fields56.

‌Meteorology and disaster response‌:

For example, the “Wing Loong-2” artificial rainmaking model can perform long-distance meteorological detection and catalyst seeding3.

‌Military and security‌:

The “swarm” system supports tactical tasks such as dense formations and precision strikes, demonstrating high-difficulty coordination capabilities38.

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