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China’s new manned spacecraft prototype successfully returns to Earth

Although an experimental cargo spacecraft failed on re-entry, China’s manned space program appears on schedule

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China’s new manned spacecraft prototype successfully returns to Earth
This article originally appeared on ABACUS
China completed an important step for its manned space program on Friday when a prototype for its next-generation manned spacecraft successfully returned to Earth.
The unmanned prototype landed at a site in Dongfeng after being launched on Monday by the heavy-lift Long March 5B rocket. It performed tasks like changing orbit and 3D printing objects in space, which was a first for China.
The spacecraft’s successful launch and return marks the beginning of China’s effort to complete a space station, according to state media. This is the third and final step of China’s space program.
The next-generation manned spacecraft needs three parachutes to help it land, whereas its smaller predecessor Shenzhou only needed one. (Picture: CCTV Military/Weibo)
The next-generation manned spacecraft needs three parachutes to help it land, whereas its smaller predecessor Shenzhou only needed one. (Picture: CCTV Military/Weibo)

Unlike China’s last manned spacecraft, called Shenzhou, the next-generation spacecraft is protected by a replaceable heat shield and will be reusable. And while Shenzhou could only ferry three people, the new spacecraft can carry up to six astronauts and be used for both space station missions in low Earth orbit and deep-space exploration. These could include manned lunar missions, but China hasn’t disclosed any upcoming plans for sending people to the Moon.

Planned upcoming manned missions include launching the space station’s core Tianhe module, followed by two experiment modules called Wentian and Mengtian. Tianhe was expected to be launched in 2020, but China’s announcements this week didn’t mention a timeline for its launch. The T-shaped space station is expected to be completed “around 2022,” when it will support international research experiments.

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