Xi'an Institute of Optics and Precision Mechanics CAS Aerospace Science and Technology Group Co.,LTD
Committed to building China's largest, most comprehensive, user-friendly, and practical hyperspectral remote sensing constellation.
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Lightweight
Hundred-kilogram satellite
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low cost
Integrated Spaceborne Design
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Entirely self-developed
Core payload - Satellite assembly - Data processing - Application development
Lightweight and compact: Hundred-kilogram-class satellite
Integrated spacecraft weighing hundreds of kilograms can effectively reduce the weight and size of the entire satellite through deep integration. At the same time, it simplifies interfaces, reduces the number of components, optimizes thermal management and electromagnetic compatibility, and enhances system reliability and stability.
Xiguang-1 01/02 satellites:105kg
Xiguang-1 03 Satellite (Xiamen Science and Technology No. 1):52kg
Xi Guang 1-04 Star (Xi Guang 1):75kg
Xiguang No. 1 05 Satellite (Heavenly Match):55kg
Low cost: Integrated spaceborne design
On the one hand, by deeply integrating the payload and satellite into a unified design, the overall weight and size of the satellite can be effectively reduced, thereby significantly lowering manufacturing and launch costs. On the other hand, the wide bandwidth and wide spectral band characteristics enable the satellite to cover a wider area and reduce networking costs.
Composition of Xi'an Institute of Optics and Precision Mechanics CAS Aerospace Science and Technology Group Co.,LTD Satellite
The CAS Xiguang Space Satellite has a swath width of up to 80 kilometers.
Entirely self-developed: Four-in-one independent research and development
It possesses complete technical capabilities and independent intellectual property rights, ranging from independent research and development and manufacturing of satellite core payloads to the design, integration and testing of the entire satellite platform, and ground data reception, processing, interpretation and application services. Deep vertical integration greatly ensures the independent control of core technologies, avoids the risk of external dependence, forms a complete service chain, and improves the efficiency, reliability and iteration speed of the overall solution.
