China has reported significant progress in its efforts to land astronauts on the Moon, with key launch systems, spacecraft and landing modules advancing steadily.
The developments come as NASA continues refining its Artemis program, aiming for an American crewed lunar landing by 2028, intensifying global competition that blends scientific goals, resource exploration and national prestige.
China’s progress on lunar missions
China’s new super-heavy launch vehicle, the Long March 10, designed specifically for human Moon missions, has successfully completed key static fire and low-altitude demonstration tests.
A static fire test involves igniting the rocket’s engines at full thrust while it remains secured to the launch pad to assess propulsion performance. A low-altitude demonstration test consists of a brief, controlled flight to validate engine output, stability, splashdown and recovery systems.
The rocket will carry both the crewed spacecraft and lunar lander into orbit.
China’s next-generation reusable capsule, Mengzhou, will transport astronauts to lunar orbit, dock with a lander and return them safely to Earth. The spacecraft has successfully completed a maximum dynamic pressure escape trial, also known as a Max Q abort test. This test simulates the most intense aerodynamic stress during launch—around 11 kilometres in altitude—triggering the escape system to rapidly separate the crew capsule in case of emergency.
The Lanyue lunar lander, whose name means “embracing the Moon,” will carry two taikonauts to the lunar surface and back to orbit. It features separate landing and ascent stages. Simulated trials using a full-scale mockup under artificial lunar gravity conditions have demonstrated precise landing and liftoff coordination between engines and thrusters.
Infrastructure is also expanding at the Wenchang Spacecraft Launch Site, where new launch pads, tracking stations and support facilities are being developed to handle Long March-10 missions and future deep-space operations.
Timeline for a crewed Moon landing
China has set 2030 as the target for its first human lunar landing. The China Manned Space Agency has stated that major systems are progressing as planned, supported by successful testing and expanding ground infrastructure.
Other Chinese space plans
China’s 2026 agenda includes two crewed missions and one cargo resupply flight to the Tiangong space station, along with a mission that will keep a taikonaut in orbit for a full year to study long-duration spaceflight.
Taikonauts from Hong Kong and Macao may visit the station, and Tiangong is expected to expand with additional modules and possible international partnerships, including potential collaboration with Pakistan.
Changes to NASA’s Artemis programme
NASA has revised its Artemis roadmap, adding a 2027 low-Earth orbit test mission to rehearse docking procedures with commercial landers developed by SpaceX and Blue Origin.
Artemis II is scheduled for April 2026 and will carry astronauts on a flyby around the Moon. The first planned landing has shifted, with Artemis III now serving as a rehearsal mission in 2027, and Artemis IV targeted for 2028. Two landings may take place that year, followed by regular missions.
Why the Moon matters again
The lunar South Pole is believed to contain water ice trapped in permanently shadowed craters. This resource could be converted into rocket fuel and breathable oxygen, supporting long-term human presence.
The Moon is also thought to contain Helium-3, a rare isotope that could potentially be used in future fusion energy systems. These factors make the Moon strategically important as a staging point for Mars missions and a base for developing new space technologies.
