China’s major space missions including a lunar sample return, Mars orbiter and rover and a modular space station could be facing delays due to an apparent issue affecting rockets required for launches.
China’s plan to launch and construct a space station could be hit by a test flight delay of the launcher designed to send the modules into orbit.
China’s launch of a pair of Beidou navigation satellites late Friday saw the country set a new annual launch record as its space activities ramp up.
China launched an Earth observation satellite early on Tuesday, seeing the country equaling its record for launches in a calendar year with 22.
The July 9 launches were China’s 19th and 20th of 2018, with CASC aiming to carry out around 36 launches this year.
The Long March 9 will be a Saturn 5-class super-heavy-lift rocket comparable in capacity to the Space Launch System currently being developed under NASA.
Fengyun-2H is the eighth and final of the Fengyun-2 series of spin-stabilized weather satellites for geostationary orbit, development of which began in the 1980s under CASC.
China on Thursday launched the Apstar-6C communications satellite, successfully inserting the 5-metric-ton spacecraft into a geostationary-transfer orbit.
China is developing a Long March launch vehicle with a reusable first stage that could have its trial launch as early as 2020, according to a senior Chinese rocket designer
China successfully completed its twelfth orbital launch of 2018 late on Wednesday, sending five small Zhuhai-1 remote sensing satellites into orbit.
A leading official of China’s space program confirmed Sept. 25 that the July failure of the country’s largest launch vehicle will lead to delays to upcoming lunar missions, including one to return samples.
Officials did not provide additional details about the satellite's orbit, but did state that the satellite had deployed its solar panels and was functioning normally.
It's the first in a new line of spacecraft designed to eventually support a Chinese space station.
The spacecraft, also known as ChinaSat-16, will test Ka-band communications and other spacecraft technologies.