Beijing-3
The Beijing-3 satellite is an agile remote sensing optical satellite developed by Aerospace Dongfanghong Satellite Co., Ltd. of the Fifth Academy of Aerospace Science and Technology Group. Using the new generation of agile satellite technology, the satellite can quickly obtain high-quality, high-resolution and high-precision ground images, greatly improving the technical level of commercial remote sensing satellites in my country. CAST3000E high-performance agile satellite platform, using ultra-high agility, ultra-high stability, ultra-high-precision technology, autonomous mission planning, in-orbit image processing and other technologies to realize intelligent systems and autonomous continuous imaging. Once the satellite is successfully launched, it can provide a large number of high-resolution remote sensing satellite data and information products for the global market, and provide spatial information support for land and resource management, resource studies agriculture, ecological environment monitoring and urban planning. comprehensive applications.
Haisi-2
The Haisi-2 satellite was invested and jointly developed by Aerospace Dongfanghong and Xiamen University. It is a remote sensing micro-nano optical satellite with the aim of observing the ecological environment of shallow coastal waters and inland waters. It has the advantages of miniaturization, light weight, and The integration feature can be used for the complete observation of the marine ecological environment. It has an important scientific value for marine research. It has a typical technology leadership and demonstration role for the development of satellite ocean remote sensing technology. They can also serve for local economic and social development and disaster prevention The need for disaster reduction.
Yangwang-1
Wangwang-1 was developed by Shenzhen Aerospace Dongfanghong Satellite Co., Ltd. It is the first commercial astronomical satellite in the optical band in China, carrying visible light and ultraviolet wide field of view telescope payload. The satellites primarily conduct multiband observations of asteroid targets, achieve asteroid discovery targets, orbital determination, photometry, etc., and conduct in-depth research on asteroid resources; at the same time, they use wide-field telescopes to achieve efficient multiband survey observations and conduct ultraviolet astronomical observation and research on related astronomical phenomena.
Space Test No. 1
Space Test No. 1 Tianjian satellite is mainly used to carry out testing and verification of new fault injection based satellite health intelligent management technology and serves for related teaching and training. The University of Aerospace Engineering is responsible for general research and development, and the 805 Institute of the Aerospace Science and Technology Group participated in the research.