Shenzhou XIV was successfully launched, and China entered th

According to the report of CCTV News on June 5, according to the China Manned Space Agency, at 10:44 on June 5, 2022 (Beijing time), the Long March 2F Yao 14 carrier rocket carrying the Shenzhou XIV manned spacecraft ignited and launched at Jiuquan Satellite Launch Center and achieved a complete success.

In addition, CCTV News reported on the 4th that the press conference of the Shenzhou XIV manned flight mission announced that during the Shenzhou XIV mission, the construction of the space station with Tianhe core module, Wentian module and Mengtian module as the basic configuration will be completed in full, and the national Spacelab will be built. Shenxiv will continue to carry out the Tiangong class, and will use the Airlock located in the Wentian module to carry out two or three extravehicular activities for the first time.

According to the Chinese Academy of Sciences, the "Shenzhou XIV" mission continues the foundation of the previous two missions and will usher in a new era of the "Tiangong" space station. The "Tiangong" space station 400 kilometers above the ground is about to take shape, and China's Human spaceflight industry will officially enter the era of the "space station".

Prior to this, Tianzhou 4 was successfully launched and docked with the space station on May 10. According to the mission arrangement, the Wentian module of the space station will be launched in July, and the Mengtian module of the space station will be launched in October. The three segments of the space station will form a "T" basic configuration, completing the in orbit construction of China's space station. Later, Tianzhou 5 Cargo spacecraft and Shenzhou 15 manned spaceship will be launched.

Beidou Bangtai said that with the maturing of China's Human spaceflight technology and the gradual progress of space station construction, it is expected to drive the development of strategic aerospace, commercial aerospace and other related links, especially in the field of time synchronization.