China used a Beijing conference this weekend to do something it has rarely done: publish a schedule.
At the Seventh Manned Space Symposium in Beijing on 31 October, Wang Xiang — deputy chief designer of China's human spaceflight programme and chief designer of its lunar exploration effort — walked through a four-mission ladder that ends with Chinese astronauts on the surface "before 2030". The architecture is "two launches, lunar orbit rendezvous": because China has no Saturn V-class rocket, the crewed Mengzhou capsule and the Lanyue lander travel to the Moon on separate Long March 10 boosters and mate in lunar orbit.
The ladder, according to slides circulated from the presentation:
- Early 2027 — an uncrewed test of the Long March 10A, the single-stick variant with no boosters, carrying Mengzhou to low Earth orbit. The capsule for this flight has already arrived at the Wenchang launch site on Hainan. - 2028 — an uncrewed test of the full Long March 10, a core stage with two boosters, carrying Lanyue, including descent to the lunar surface and ascent back to orbit. - 2029 — two Long March 10s launched concurrently, one carrying an uncrewed Mengzhou and the other Lanyue; the two dock in lunar orbit. - Before 2030 — the same dual launch, this time with crew aboard Mengzhou, and a landing.
The conspicuous omission is the rehearsal. There is no Apollo 8 or Artemis II equivalent anywhere in the sequence — no crewed flight that travels to the Moon, loops or orbits, and comes home before the landing attempt. Chinese crews will build their deep-space experience in low Earth orbit, flying Mengzhou to the Tiangong station, and then go straight for the surface. That is a riskier profile than NASA's, and the clearest signal yet of how much schedule pressure Beijing feels.
**Why the clock matters.** NASA's own target is 2028, roughly a year ahead. The United States has the more mature rocket and capsule — the Space Launch System has been in development for 15 years, Orion longer — but the lander is the weak link. SpaceX and Blue Origin both hold multibillion-dollar development contracts, and a slip on either pushes a US landing to 2030 or later.
Administrator Jared Isaacman has spent the past year simplifying Artemis to protect that date: he cancelled the Lunar Gateway station, moved to cancel planned SLS upgrades, and last week said NASA would help Blue Origin develop a lander and find a way to push Orion into low lunar orbit. He has also committed the agency to a surface base over the next decade, opening the second phase of the contest — a long-term presence at the lunar South Pole.
**What outsiders can actually check.** China's programme is opaque, but the hardware has become visible. In August 2025 the China Manned Space Agency ran a tethered test of a 26-tonne Lanyue mock-up, using cables to simulate lunar gravity while the vehicle fired its main engines and fine-control thrusters to land on a cratered field near Beijing and lift off again. The Mengzhou capsule for the 2027 flight has been delivered to Wenchang.
A published timeline is not a capability, and Chinese space schedules have slipped before. What is new is that the programme now has a dated, milestone-by-milestone checklist that outside analysts — and rival agencies — can hold it to, and that can be read side by side with Artemis.
The interesting question is no longer whether China can reach the Moon before 2030. It is whether the United States will still be ahead when it does.
