China's lunar ambitions have accelerated dramatically. The China National Space Administration (CNSA) has announced site selection for the International Lunar Research Station (ILRS) at the lunar south pole, with construction slated to begin with the Chang'e 8 mission in 2028. This base represents the cornerstone of an alternative to the U.S.-led Artemis program. With Chang'e 5 having successfully returned lunar samples in 2020, Chang'e 6 retrieving the first samples from the far side in 2024, and Chang'e 7 now at Wenchang for launch processing, China is executing a methodical campaign toward permanent lunar presence. By early May 2026, the campaign had added another round of concrete hardware milestones, even if the most anticipated rocket debut still had not flown publicly. Concept rendering of the planned ILRS at the lunar south pole. February 2026: Long March 10 Passes Its Biggest Test Yet On February 11, 2026, China completed what may be the most consequential crewed spaceflight test in the country's history. A Long March 10 low-altitude flight demonstration vehicle lifted off from a newly built pad at Wenchang Space Launch Site, carrying an uncrewed Mengzhou crew spacecraft. The Mengzhou received an abort command at the point of maximum aerodynamic pressure during ascent, separated cleanly from the rocket, and descended safely to sea under parachutes. At the same time, the Long March 10 test vehicle completed a full first-stage orbital flight simulation, then executed a reentry burn, powered descent, and propulsive splashdown near a recovery ship. Both objectives succeeded. What This Test Proved The China Manned Space Engineering Office stated the test "verified the functional performance of the rocket's first-stage ascent and recovery phases, as well as the maximum dynamic pressure escape and recovery of the spacecraft." The abort test mirrors NASA's 2019 Orion abort test. The rocket recovery mirrors what SpaceX has done with Falcon 9 — but on the vehicle that will carry China's astronauts to the Moon. This clears the way for China to attempt a full orbital Long March 10A launch with the first Mengzhou spacecraft, potentially including a rendezvous with the Tiangong space station. A successful tri-core Long March 10 first flight in 2027 would then follow. After that, China's crewed lunar landing timeline — targeting 2030 — comes into focus as genuinely achievable. AI Generated Visualization of a Chang'e-series lander on the lunar surface. Spring 2026: Wenchang Fills Up, but the Biggest Launches Are Still Ahead The pace has picked up sharply since the February abort test. China's Long March 10B, the partially reusable commercial variant derived from the Long March 10 family, rolled out to Pad 2 at the Wenchang Commercial Space Launch Site in early April and completed a full wet dress rehearsal around April 13-14. That test loaded kerosene, methane, and liquid oxygen and exercised the full pad flow without a public static fire, because earlier ground tests of the engines and stage systems had already been completed. What changed after that was timing. The vehicle had been expected to make an orbital debut around late April, but as of May 5 there has been no public launch result, no confirmed new date, and no sign that the program has backed away from the flight. The better read is that China has shifted from an advertised late-April target to a quieter near-term window, with payload integration and range coordination still gating the attempt. CZ-10B: The Commercial Reusable Workhorse Standing 70.2 meters tall with a 5-meter diameter, the CZ-10B is powered by seven YF-100K kerosene-LOX engines in the first stage and a single methane-burning YF-219 in the second. It targets at least 16 tonnes to a 200 km low Earth orbit in its reusable configuration. The debut flight will test the world's first maritime net recovery of a rocket booster, using the autonomous vessel Linghangzhe positioned southeast of the launch site. A cable-net catch system — similar in concept to SpaceX's mechazilla arms but ship-mounted — will attempt to snag the returning first stage. Success would validate a recovery method that could allow rapid reuse on future commercial launches. Also in April, Chang'e 7's full hardware suite, orbiter, lander, rover, and specialized hopping probe, arrived at Wenchang on April 9 after an Antonov An-124 flight from Beijing to Haikou and a final road convoy to the spaceport. CMSEO confirmed the stack's arrival as China folds its robotic and crewed lunar work into a more visibly unified campaign. That matters because Chang'e 7 is more than another survey mission. The hopper carries the Lunar Soil Water Molecule Analyzer, designed to drill into a permanently shadowed region, heat the sample, and analyze released volatiles with a mass spectrometer. If China gets direct evidence of accessible water ice near Shackleton before Artemis hardware reaches the same neighborhood, it will hold the first fresh data point that every lunar architecture wants. Pending CZ-10B orbital debut still awaiting a public date H1 2026 Window China still publicly ties to the CZ-10B debut 18 Science payloads flying across Chang'e 7 and Queqiao-2 support systems China Space Day: New Minerals, New Missions April 24, 2026 marked the 11th China Space Day, celebrated in Chengdu. CNSA Administrator Shan Zhongde presided over an event marking the 70th anniversary of China's space program. Among the announcements: scientists confirmed two previously unknown lunar minerals found in Chang'e 5 samples returned from the Moon in 2020. Named "magnesiochangesite-(Y)" and "changesite-(Ce)," both were approved by the International Mineralogical Association and represent China's second and third new lunar mineral discoveries — the seventh and eighth globally identified from returned samples. The ceremony also confirmed that the crewed lunar landing mission is "advancing steadily," with both the Long March 10 low-altitude abort test and the Mengzhou spacecraft's escape system verification behind them. Separately, CNSA opened international collaboration opportunities for the Tianwen-3 Mars sample-return mission, targeting a 2028 launch, continuing China's pattern of parallel planetary and cislunar programs. The Chang'e Program: Building Blocks China's lunar exploration program follows a deliberate sequence: orbit (Chang'e 1-2), land (Chang'e 3-4), return samples (Chang'e 5-6), and establish infrastructure (Chang'e 7-8). Each mission builds capabilities for permanent settlement. Mission Year Objective Status Chang'e 5 2020 Near-side sample return (1.73 kg); 2 new minerals confirmed 2026 ✓ Complete Chang'e 6 2024 Far-side sample return (first ever) ✓ Complete Chang'e 7 H2 2026 (August target) South pole survey at Shackleton crater rim: orbiter, lander, rover, hopper. Hardware at Wenchang. Pre-launch integration Chang'e 8 ~2028 ISRU experiments, 3D printing, ILRS foundation In Development Chang'e 7: Shackleton Crater and What It Means Chang'e 7 will target the illuminated rim of Shackleton crater near the lunar south pole — the same region where NASA's Artemis 3 crewed mission has identified a candidate landing site called "Peak Near Shackleton." The overlap is not coincidental; Shackleton's rim offers unusually long illumination periods while sitting adjacent to permanently shadowed regions that may hold water ice. The mission includes an orbiter, a lander, a rover, and a unique mini-flying probe. That hopper will carry the Lunar Soil Water Molecule Analyzer, designed to sample water molecules and hydrogen isotopes at a specific site — a capability no previous mission has attempted. The Queqiao-2 relay satellite, already in its halo orbit around Earth-Moon Lagrange point 2, is ready to relay communications. With the hardware now at Wenchang, the August window is well within reach. Chang'e 7 Science Goals • Map water ice distribution at south pole • Study lunar morphology and composition • De