At 18:50 Beijing time on September 19, 2026, the Long March 2 D carrier rocket successfully launched four synthetic aperture radar satellites independently developed by Galaxy Aerospace into scheduled orbits using the “one arrow, four stars” method at the Taiyuan Satellite Launch Center. The reporter learned from Galaxy Space that the four satellites launched this time are carrying high-resolution SAR payloads and payloads such as intelligent in-flight processing and in-flight mission planning, which can achieve instant processing of remote sensing data in orbit. So far, Galaxy Aerospace has successfully launched 53 independently developed satellites, including more than 10 SAR satellites. According to Duan Xiao, head director of the Galaxy Aerospace SAR satellite, several SAR satellites developed by the company have achieved large-scale in-orbit applications for space-borne processing payloads.

At 18:50 Beijing time on September 19, 2026, the Long March 2 D carrier rocket successfully launched four synthetic aperture radar satellites independently developed by Galaxy Aerospace into scheduled orbits using the “one arrow, four stars” method at the Taiyuan Satellite Launch Center. The reporter learned from Galaxy Space that the four satellites launched this time are carrying high-resolution SAR payloads and payloads such as intelligent in-flight processing and in-flight mission planning, which can achieve instant processing of remote sensing data in orbit. So far, Galaxy Aerospace has successfully launched 53 independently developed satellites, including more than 10 SAR satellites. According to Duan Xiao, head director of the Galaxy Aerospace SAR satellite, several SAR satellites developed by the company have achieved large-scale in-orbit applications for space-borne processing payloads.