China's Y-12F Aircraft Completes Successful First Flight for Atmospheric Research
China's first comprehensive atmospheric survey aircraft, the Y-12F, successfully completed its maiden flight on July 2. The aircraft significantly enhances the nation's capabilities for monitoring air pollution.
Harbin, China – The Aviation Industry Corporation of China (AVIC) announced on July 3 that the Y-12F, designed for comprehensive atmospheric surveys, successfully completed its maiden flight on July 2 from Harbin's Pingfang Airport.
As China's first aircraft dedicated to comprehensive atmospheric detection, its successful first flight represents a major breakthrough in the national key research program focused on controlling air, soil, and groundwater pollution. The achievement provides a crucial vertical detection method for regional air pollution monitoring and advances China's atmospheric survey technology.
The Y-12F atmospheric survey aircraft project was initiated in 2024, led by Peking University. AVIC Harbin Aircraft Industry Company (AVIC Harbin) was responsible for the large-scale modification and integration design. The project involved research outcomes from numerous domestic universities and research institutions, including Peking University, Nanjing University, and Zhejiang University.
The aircraft is primarily used to validate national atmospheric survey technologies. It has undergone extensive integration and modification with over 60 sets of mission equipment to address the need for high-sensitivity, three-dimensional detection of multiple pollutants. This includes atmospheric particulate matter, gaseous pollutants, greenhouse gases, and cloud water chemistry. The detection accuracy and sensitivity are reported to meet advanced international standards.
The Y-12F platform is an 8-ton-class turboprop aircraft developed by AVIC Harbin. It is noted for its advanced technology and significant payload capacity. Notably, it is the only domestically produced civil aircraft model to have obtained type certificates from the Civil Aviation Administration of China (CAAC), the U.S. Federal Aviation Administration (FAA), and the European Union Aviation Safety Agency (EASA). The aircraft is expected to conduct approximately 30 hours of trial flights to verify the function of its mission equipment.