High Altitude Fixed Wing Drone

■ High altitude fixed wing unmanned aerial vehicles are the core intelligent equipment of modern high-altitude operation systems, tailored for high-altitude cruising, large-scale data acquisition, and remote reconnaissance. With professional design, they break through the limitations of manual high-altitude operations and help various industries achieve efficient, safe, and precise operations. The aircraft uses fixed wings as its lift source and can fly stably at altitudes of 500-10000 meters. It is equipped with professional payloads such as high-definition visible light, infrared thermal imaging, and multispectral, balancing long endurance and high precision, making it a powerful assistant for high-altitude operations.

■ The core features of this aircraft are outstanding, equipped with a high-precision GPS/RTK positioning system with centimeter level positioning accuracy. It has strong wind resistance and electromagnetic interference resistance, and can adapt to complex high-altitude airflow environments. The flight is stable and the data is reliable. Adopting a lightweight and high-strength composite material body, it is waterproof, dustproof, and resistant to high and low temperatures, and can operate normally in complex weather conditions such as sandstorms and light rain.

■ Support automatic route planning, autonomous takeoff and landing, breakpoint continuation, and real-time feedback of flight data and operation screens with ground control stations, making operation convenient and reducing manual intervention; It can flexibly carry various professional payloads to achieve multiple functions such as surveying and modeling, high-altitude reconnaissance, environmental monitoring, etc., and can be used at most on one aircraft.

■ Widely used in fields such as land and resource monitoring, emergency rescue, power communication inspection, urban surveying, environmental supervision, and agricultural and forestry monitoring, it can quickly complete large-scale regional inspections and data collection, replace traditional high-altitude operation modes, greatly improve operation efficiency, reduce operation risks, and promote the intelligent and efficient upgrading of high-altitude operations in various industries with the advantages of "long endurance, large coverage, and high precision".