China has landed robots on the Moon, but never a person. Through the Chang’e program, it has put spacecraft on both the near and far sides, returned samples to Earth, and announced plans to land astronauts before 2030. As of September 2026, however, the rocket intended to carry them has completed only a low-altitude test and has yet to reach orbit.
Those two facts are often blurred together. China’s robotic lunar achievements are already established; its crewed program is still being tested against a public deadline.
What China Has Already Done on the Moon
The Chang’e program has flown a sequence of increasingly difficult robotic missions since 2007.
- Orbiters mapped the surface and scouted landing sites.
- Chang’e-3 landed on the near side in 2013 with the Yutu rover, China’s first soft landing on another body.
- Chang’e-4 landed on the far side in 2019, a first for any country, and studied the South Pole-Aitken basin.
- Chang’e-5 returned lunar samples to Earth in 2020, making China the third country to do so after the United States and the Soviet Union.
- Chang’e-6 returned the first samples ever collected from the far side.
Far-side landings need a relay satellite, because the Moon blocks direct radio contact. China built and flew that relay, which is a piece of infrastructure no other program had put in place.
The Crewed Plan Is a Different Program
The crewed effort runs under the China Manned Space Agency rather than the robotic Chang’e line, and it needs five pieces of hardware that do not yet exist in flight-proven form.
| Element | What it does | Status as of September 2026 |
|---|---|---|
| Long March 10 | Launches crew and lander on separate flights | Low-altitude flight test February 2026. No orbital flight |
| Mengzhou | Crew spacecraft, carries astronauts to and from lunar orbit | Zero-altitude pad abort test completed |
| Lanyue | Lunar lander, descends and returns to lunar orbit | Integrated landing and takeoff verification completed on Earth |
| Wangyu | Lunar surface suit | Prototype-stage work completed |
| Crew rover | Surface mobility for two astronauts | Prototype-stage work completed |
Chinese officials have said all five completed the main work of the prototype stage, and that 2026 effort shifted toward ground infrastructure at Wenchang: pads, tracking and telemetry, communications, and a landing site.
Two Launches, One Landing
China’s mission profile splits the landing across two Long March 10 flights. One carries Mengzhou with the crew. A second carries the Lanyue lander. Both travel to lunar orbit and dock there, two astronauts transfer into Lanyue and descend, and the ascent stage brings them back to Mengzhou for the return to Earth.
The shape is close to Apollo with one difference that matters. Apollo launched the command module and lunar module together on a single Saturn V. China launches them separately, which lowers the rocket requirement to 27 metric tons toward the Moon and raises the number of things that must work.
Two launches mean two chances for a launch failure to end the mission. The lunar-orbit rendezvous adds a docking that happens 380,000 kilometers from Earth, where a problem cannot be talked through in real time. The rocket itself is covered on the Long March 10 page.
What Sets the 2030 Date
The date is a stated goal rather than a schedule with public milestones attached. Chinese officials have restated it repeatedly, most recently while reorganizing the program’s management, and the phrasing has consistently been “before 2030” rather than a specific year.
The pacing item is flight testing. Between now and a crewed landing, the program needs an uncrewed orbital flight of the Long March 10, an uncrewed Mengzhou flight to lunar orbit and back, and almost certainly an uncrewed landing rehearsal of Lanyue. Each of those is a mission that has to be built, launched, and survived.
The infrastructure is the other constraint. Wenchang needs pads sized for the Long March 10, a tracking network able to support two vehicles in lunar orbit simultaneously, and a crew landing site on return. That work was the stated focus of 2026.
What China Wants at the Lunar South Pole
The target region is the lunar south pole. The reason is water. Permanently shadowed craters there hold ice that never sees sunlight, and ice can be split into breathable oxygen and rocket propellant. A base that makes its own propellant does not have to ship it from Earth.
China has announced the International Lunar Research Station, a long-term facility planned for the south pole with Russia and other partners as stated participants. The near-term missions building toward it are robotic: Chang’e-7 to survey the region and Chang’e-8 to test resource extraction on the surface.
Those missions scout the ground a crew would land on. Artemis wants the same water for the same reason, which leaves both programs aiming at the same few viable sites.
How It Compares to Artemis
The United States has landed crews on the Moon and China has not. The current race is about who lands next. The Artemis program run by NASA flies crew on the SLS in the Orion capsule and buys the landing separately. It uses a version of Starship that needs its own launches and orbital refueling.
Counting flights, the American plan needs more launches per landing than the Chinese one. Most of them are commercial and reusable. Counting proven hardware, NASA is further along, because the SLS has flown and the Long March 10 has not.
| Measure | China’s crewed lunar program | Artemis (NASA) |
|---|---|---|
| Crewed Moon landings to date | None | None since Apollo’s last landing in 1972 |
| Launch vehicle | Long March 10, which completed a low-altitude flight test in February 2026 and has not reached orbit | SLS, flying since Artemis I in November 2022 |
| Landing architecture | Two Long March 10 launches (Mengzhou crew ship, Lanyue lander) dock in lunar orbit before descent | SLS launches Orion; a separate Starship variant serves as the lander, requiring its own launches and orbital refueling |
| Stated crewed-landing target | Before 2030 | NASA restructured its sequence on 27 February 2026, moving the first crewed landing from Artemis III to Artemis IV and turning Artemis III into an Earth-orbit rehearsal |
| Next major milestone | An uncrewed orbital flight of the Long March 10 | Completing the Artemis III rehearsal and Starship’s lander qualification ahead of Artemis IV |
Neither program has a launch vehicle and lander combination that has completed a full uncrewed dress rehearsal of the actual landing sequence. China’s gap is the rocket itself, which has not reached orbit. NASA’s gap is narrower on the rocket side, since the SLS has already flown Orion around the Moon, but its Starship-based lander is the piece still furthest from proven.
Both schedules have slipped. Artemis has moved repeatedly since the SLS was authorized, and China’s own program was reorganized in part to hold its date. A fuller side-by-side of the two national programs sits on the US vs China space program page.
What Would Change the 2030 Assessment
One event moves it more than any other: an uncrewed orbital flight of the Long March 10. Until the rocket reaches orbit, every element of the timeline rests on ground tests and one low-altitude demonstration.
A second is the lunar-orbit rendezvous rehearsal. Docking two spacecraft around the Moon has been done, by Apollo, and never by China, and a successful uncrewed rehearsal would retire the profile’s largest unfamiliar risk.
A third would be a slip in the other direction. If Artemis lands crew first, the Chinese program’s public framing changes even if its hardware schedule does not. For the current Chinese milestones, check the mission announcements published by the China Manned Space Agency, which releases the crewed program’s flight plan directly.