China has put a full architecture on the table for its first crewed moon landing. According to state and international reports, Wang Xiang, deputy chief designer of the country’s manned space program, told a two-day symposium in Beijing on October 31, 2026, that crews will fly a “Two launches, lunar orbit rendezvous” plan, in the wording relayed by CGTN, People’s Daily and China Daily. More than 800 experts and scholars attended the session, per Shanghai Daily.
The crew math is fixed, the calendar is not. A crew of three goes up, two of them drop to the surface, the third holds orbit, and the declared objective is a touchdown before 2030, a target officials frame as more promise than calendar. The coverage reviewed names no date for the crewed attempt, and no budget or landing site was disclosed.
The sequence borrows a page from Apollo while departing from it in one big way. The lander, Lanyue, rides one Long March 10; the crew ship, Mengzhou, rides another; both are bound moonward. Flying the two vehicles separately lets controllers confirm the lander reached lunar orbit before any astronaut commits, and call off the crew’s departure should the lander run into trouble. Once both craft are on station, they dock, two astronauts move across, and after surface work the ascent stage returns them for a second docking and the ride home. Apollo flew the same rendezvous logic with one Saturn V; China splits it across two rockets.
The reported figures, which officials said should be read as state-media reference values rather than a published data sheet, sketch the reasoning. The Long March 10 stands 92.5 meters tall and 5 meters across, weighs about 2,189,000 kilograms at liftoff, and can send roughly 70,000 kilograms to low Earth orbit or 27,000 kilograms toward the Moon. The Mengzhou crew ship runs about 21,600 kilograms in its lunar configuration with a partially reusable crew module, and the two-person Lanyue lander about 26,000 kilograms with its propulsion stage, four YF-36 engines for landing and a single YF-58-1 for the propulsion module. A rocket that throws 27,000 kilograms at the Moon can just manage a 26,000-kilogram lander; the crew ship needs its own ride. Beijing has opted for a pair of medium launchers, each tailored to a single payload, over one monster rocket.
Wang’s stated reasons were fit with existing capability and a standardized production line that supports a family of vehicles. Outside observers can supply practical arguments of their own: a common design, a common engine line and a single pad serve every flight, and failure modes stay cleaner, since a lost lander rocket leaves the crew safely on the ground. The tradeoff is cadence: the two lift-offs have to fall within a window narrow enough that propellant losses and orbital decay stay small. CGTN’s February coverage named the LC-301 pad works at Wenchang and their ground systems as items slated for 2026, an indication that the ground segment is still catching up with the flight hardware.
The test record shows real progress and a missing step. A Lanyue stage-separation test flew on Oct. 29, 2024; a Mengzhou pad-abort escape at Jiuquan on June 17, 2025; an integrated Lanyue landing and takeoff run on Aug. 7, 2025; and a seven-engine Long March 10 static fire the same month. The key entry came on Feb. 11, 2026, when a rocket stage and a Mengzhou spacecraft flew low and fast, aborted at maximum dynamic pressure and separated cleanly near 11 kilometers after 65 seconds, the kind of data a safety review board wants before approving crew. SpaceNews has separately reported that a Long March 10B debut flight was set for July, with the first stage to be brought down at sea for recovery. What no test has yet done is put a full lunar vehicle into orbit.
The remaining gates are easy to list and hard to pass. Shanghai Daily described an uncrewed Lanyue flight first, with a call for payloads closing March 1, 2027; a Mengzhou 1 uncrewed orbital test is planned for 2027 aimed at the Tiangong station aboard the two-stage 10A variant, which lifts about 14,000 kilograms to low Earth orbit; then major systems testing, a lunar-orbit docking demonstration, and only then the crewed attempt. Four years looks tight for that sequence.
The American comparison moved too. NASA, under Administrator Jared Isaacman, reshaped Artemis in 2026: Artemis II carried its crew around the Moon in April, Artemis III became a crewed Earth-orbit test targeted for 2027, and the first landing slid to Artemis IV in early 2028. The paper schedule favors Washington by roughly two years; the real one does not, because NASA leans on commercial landers yet to complete a crewed demonstration and China’s hopes ride a booster yet to make its first orbital flight. Which side clears its largest unknowns first is the race worth watching.
For now, the account indicates a program that has chosen repeatable mid-sized hardware over a single heroic machine, and a stated schedule that leaves little room for a second attempt. Officials said the pieces are converging; the calendar says the gates are still many.
Sources
- China schedules Long March 10B rocket launch and recovery attempt – SpaceNews
- China Manned Moon Landing: 2 Launches, 3 Crew [2026]
