China Delays Moon Mission After Rocket Launch Failure
The Chang'e-7 lunar probe's research trip is postponed as the nation aims for a crewed moon landing by 2030.
China's manned space agency announced a delay to its lunar research mission, citing that the venture "does not meet launch conditions and cannot take place during the planned window this year." The postponement follows a failed launch of a Long March 7A rocket carrying a communications satellite less than two weeks prior.
The mission, which aimed to search for water on the moon's south pole, was slated to launch over the weekend or on Monday. The previous launch failure occurred on a Monday, when a Long March 7A rocket carrying a Zhongxing-4B communications satellite experienced an "anomaly" and exploded approximately 85 seconds after liftoff from the Wenchang Space Launch Site. Wreckage from the failed launch fell into the South China Sea.
The now-delayed moon mission involves the Chang'e-7 lunar probe and was intended to be carried by a Long March 5 carrier rocket. The probe and rocket combination had been moved to the launching area at the Wenchang Spacecraft Launch Site in Hainan Province on August 19. As of Wednesday, the launch site and equipment were reported to be in good condition, with inspections underway and a launch "scheduled for the coming period."
This delay comes as China continues to invest heavily in its space program, with a stated goal of landing a crew on the moon by 2030 and establishing a permanent lunar station by 2040. The nation's space ambitions have seen it overtake Russia to become the world's second-largest space program, trailing only the United States. China also operates its own space station.
In July, China reported the successful landing of a reusable rocket, which it stated was a significant step toward its space ambitions and reducing launch costs. However, a series of launch failures, particularly involving private organizations that have since been acquired by the government, have raised questions about the program's pace as it seeks to compete with international efforts like the U.S. Artemis program.