FIELD: cosmonautics.
SUBSTANCE: invention relates to space technology, namely to space systems for optical-electronic remote Earth sensing. The space complex for remote Earth sensing is comprised of no less than one space vehicle, a ground control complex (GCC), a ground image receiving and processing complex (GIRPC). The space vehicle is comprised of an optical-electronic payload built according to the Korsch design with five optical elements, providing imaging in the panchromatic channel and in four bands of the multispectral channel (NIR, R, G, B), an information reception and conversion system, and an information transmission tool based on an active phased array with a narrowly directed beam in the X-band. The GCC and the GIRPC use an antenna receiving apparatus based on a robotic mechanism built according to the hexapod scheme, functioning in both S and X bands, and are configured to communicate with a unified processing center.
EFFECT: improvement in the design of the SV and improvement in the quality of survey.
4 cl, 13 dwg
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Authors
Dates
2021-08-12—Published
2020-05-28—Filed