This article has been reviewed according to Science X's editorial process and policies. Editors have highlighted the following attributes while ensuring the content's credibility: We've known for nearly two decades that some form of water exists on the moon. What we still don't know is exactly how much accessible water ice lies inside permanently shadowed craters, how deeply it is buried or what form it takes.
What we do know is that accessing that water ice will be a real challenge: It is found at the bottom of deep, hard-to-traverse craters where the sun never shines, remaining untouched for billions of years at temperatures well below -200°C (-328°F). These are among the most valuable places on the moon, but the hardest to reach and explore. Lunar exploration has come a long way since the Soviet Union's Luna-1 probe reached the moon's vicinity in January 1959.
The Apollo missions and their successors showed the challenge is no longer simply to reach the moon. It is to explore places human and conventional rovers cannot easily go, and ultimately determine whether the moon itself can provide some of the resources that future explorers will need. China has spent two decades building an increasingly ambitious lunar exploration program, named after Chang'e, the ancient Chinese goddess of the moon.
The Chang'e-7 mission is expected to set course for our celestial neighbor later in August 2026, although a recent failure involving a different Chinese rocket has introduced some uncertainty over the launch date. Here's what makes this latest mission so interesting. The mission will test several novel approaches to lunar exploration.
It will consist of an orbiter, a lander, a rover and a hopper. In addition, the Queqiao-2 lunar relay satellite is already in place. Launched separately in March 2024, it subsequently supported the Chang'e-6 mission and will facilitate communication between Earth and the lunar surface during the Chang'e-7 mission.
We don't know precisely where the mission will land, but a site on or near an illuminated ridge close to Shackleton crater in the lunar south pole's Aitken region is a prime candidate. The hopper will be the mission's real star. Unlike a wheeled rover, it's designed to leap over broken terrain and descend into craters where sunlight never reaches—places conventional vehicles may simply be unable to enter.
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