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CBERS-2B was a 1,450-kilogram (3,200-pound) spacecraft built by the China Academy of Space Technology and based on the Phoenix-Eye 1 satellite bus. [1] The spacecraft was powered by a single solar array, which provided 1100 watts of electricity for the satellite's systems.
The satellite operated until June 2010. Sample images from CBERS-2B were made available on January 10, 2007. [8] CBERS-2B is similar to the two previous members of the series, but a new camera was added to this last satellite: High Resolution Panchromatic Camera (HRC).
Several Ziyuan satellites are operated jointly with Brazil's National Institute for Space Research under the China–Brazil Earth Resources Satellite program. Ziyuan satellites are based on the Phoenix-Eye-1 or Phoenix-Eye-2 satellite buses - the Phoenix-Eye-1 is used for CBERS missions while the Phoenix-Eye-2 is used for the remaining ...
As four fires grew in Southern California, new satellite images show their scale and the amount of smoke pouring east. The Line, Bridge, Airport and Roblar fires , all of which began in the past ...
Satellite images obtained by CNN showed that there has been extensive construction at the Novaya Zemlya test site from 2021 to 2023, with ships and new shipping containers arriving at its port ...
The satellite was successfully placed into a Sun-synchronous orbit. [7] Following the launch of CBERS-2B in 2007, CBERS-2 was retired from service. [2] As of 1 December 2013, the dericict satellite remains in orbit, with a perigee of 780 km (480 mi), an apogee of 782 km (486 mi), 98.17 degrees inclination and a period of 100.33
A satellite developed by China and France, the most powerful yet for studying the farthest explosion of stars, was launched into orbit on Saturday, Chinese state broadcaster CCTV reported. The ...
CBERS-4 was initially scheduled to be launched in 2015, however after the loss of CBERS-3 at launch in December 2013, China and Brazil agreed to accelerate the production of CBERS-4 by 1 year. [6] The satellite will restore the Brazilian government's ability to observe its own territory following a 4.5-year gap caused by the failure of CBERS-2B ...