Recently, my country's new type of unmanned aerial vehicle system for weather modification remote sensing detection operation, after 2 years of research, was successfully launched at Pucheng Airport in Shaanxi, and flew into the blue sky smoothly. After completing the functional performance test of all airborne remote sensing detection and operation instruments and equipment , landed safely. This marks the complete success of the first flight test mission of my country's first unmanned aerial vehicle (UAV) system for artificially-modified weather remote sensing detection operations with a large capacity and long endurance.

waiting to take off

This type of UAV system is provided by the Institute of Aerospace Information Innovation of the Chinese Academy of Sciences, the 704th Institute of the Ninth Academy of China Aerospace Science and Technology Group Co., Ltd., Xi'an Lingkong Electronic Technology Co., Ltd., Shaanxi Provincial Weather Modification Center, Zhiyi Aerospace (Beijing) Technology Co., Ltd. and other units jointly developed.
Among them, the 704 Institute has scientifically designed the airborne cloud-rain-aerosol-wind remote sensing detection system for atmospheric elements such as airborne cloud-rain-aerosol-wind and the weather-modified air-ground collaborative detection operation test system for the technical pain points of artificial weather modification in my country, and completed the development of the detection load and the organization of the test. The work of implementation, air-ground collaborative detection data processing, etc., strongly supported the successful completion of the system development and test tasks.

Display and Control System for UAV Artificially Affecting Weather Detection Operation

This type of UAV system has the characteristics of large load, long flight time, low operation and maintenance cost, high safety, and rapid deployment.
Based on China's new generation of spaceborne cloud-rain, aerosol, and wind-measuring radar, the equipment detection system has innovatively realized the functions of laser-microwave dual-active composite detection, active-passive combined detection, and remote sensing in-situ detection. -Aerosol-wind and other atmospheric elements realize multi-dimensional quantitative remote sensing detection . The overall system has the capabilities of real-time fine detection, intelligent analysis and judgment, accurate catalytic operation, and scientific effect evaluation.

Real-time display and control system for UAV airborne aerosol lidar products

The successful first flight of the new UAV system for weather modification remote sensing detection operation marks a new important breakthrough in the construction of air-based weather modification multi-dimensional and multi-element UAV remote sensing detection operation technology and means for engineering applications in China. milestone . The system plays an exemplary and leading role in economic and social development such as disaster prevention and mitigation, and ecological environmental protection.