China Accelerates Launch of Backup Shenzhou Spacecraft After Damage to Docked Capsule

China is preparing to launch its next Shenzhou spacecraft to the Tiangong space station ahead of schedule after damage to a docked return capsule disrupted routine crew operations, state broadcaster CCTV reported on Saturday.

The Shenzhou-22 spacecraft—originally planned for launch in mid-2026—will now be sent uncrewed roughly six months early to restore an emergency return option for astronauts aboard Tiangong. According to CCTV, “Preparations for the Shenzhou-22 mission have commenced. The spacecraft will carry a full cargo load, including astronaut provisions and equipment for the space station.”

The move follows an incident 10 days earlier in which Shenzhou-20, while docked at the orbiting outpost, sustained minor damage believed to have been caused by space debris, leaving a small crack in the window of its return capsule. The incident forced its three-person crew to extend their stay by nine days, sharing the station temporarily with a newly arrived trio of astronauts.

The Shenzhou-20 crew returned to Earth on Friday using the Shenzhou-21 spacecraft, leaving the recently arrived crew aboard Tiangong without an escape vehicle in case of emergency. China’s human-spaceflight program typically maintains at least one docked spacecraft ready for crew evacuation.

Officials said the accelerated launch of Shenzhou-22 will “plug the security risk” and enable the Shenzhou-21 crew to complete their six-month rotation and return to Earth around April 2026.

Tiangong can host up to six astronauts, but only for limited periods. Its life-support system is designed for three crew members on six-month missions, making the presence of a functional lifeboat spacecraft essential for longer stays.

Beijing has yet to announce the fate of the damaged Shenzhou-20 capsule. Spaceflight analysts said it may be undocked and deorbited over the Pacific Ocean, a standard procedure for compromised spacecraft. The incident highlights rising concerns about the growing volume of orbital debris and the risks it poses to human spaceflight.

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