China will accelerate and steadily advance its manned lunar landing and complete its goal of manned lunar landing by 2030

According to news from this site on February 21, the China Manned Space Engineering Achievements Exhibition is currently underway at the Shanghai New International Expo Center. The main exhibits include the 1:1 model of the space station Tianhe core module, the 1:4 model of the space station assembly, and the Long March Models of No. 2F, Long March 7, Long March 5B, and Long March 10 launch vehicles, as well as physical objects such as extravehicular space suits, Shenzhou 14 return capsules, environmental control and life support equipment, and new-generation manned spacecraft and lunar lander and other major aircraft product models for future manned lunar landings.

Zhou Jianping said that China’s manned lunar landing plan will accelerate and steadily advance, striving to achieve the goal of manned lunar landing by 2030, and move towards the dream of landing on the moon.

We have been making technical preparations for the goal of landing on the moon. Through many years of "Longmen Array" technical research, we have accumulated rich experience. Therefore, this technical solution has become particularly critical, so we are conducting research on this key technology, which includes important components such as super-large launch vehicles.

He revealed that the single-engine carrying capacity of this super-large launch vehicle we are currently developing is equivalent to the largest in China. Three times that of a launch vehicle. We plan to complete a complete lunar landing mission in two launches, including a lunar landing spacecraft.

He also pointed out that we are developing a new generation of lunar landing spacecraft based on the Shenzhou manned spacecraft. This new type of spacecraft has the ability to send astronauts into lunar orbit, and will also be used to support the transportation mission of the Chinese space station in the future.

According to reports, the new spacecraft can not only achieve technological updates, but also realize the reuse of the return capsule, which is an important area with the highest value in the spacecraft.

In addition, we are also developing a (lunar landing) lander, which will have the ability to descend from the lunar orbit, as well as take off from the moon and return to the lunar orbit. It will complete its mission with The spacecraft is docked and then returned to the earth by the spacecraft, which involves new technologies in various aspects. We have completed key technical research in this area and are currently developing preliminary products. A large number of tests will be conducted in the future. .

Based on previous reports on this site, our goal is to achieve the first Chinese landing on the moon before 2030, carry out lunar scientific expeditions and related technology tests, and make breakthroughs in mastering manned round-trips to the moon, short-term stay on the lunar surface, Key technologies such as man-machine joint exploration will be used to complete multiple missions such as landing, patrolling, mining, research, and return, forming independent manned lunar exploration capabilities, promoting the leap-forward development of manned space technology from near earth to deep space, and deepening human understanding of the moon. The understanding of the origin and evolution of the moon and solar system contributes Chinese wisdom to the development of lunar science.

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