China to Land on the Moon by 2030: The True Meaning of Shifting to a 'Total Space War' Regime

May 23, 2026. A pre-launch press conference for Shenzhou 23 was held at the Jiuquan Satellite Launch Center, located slightly inland from Hainan Island. Usually, such events focus on introducing the astronauts and emphasizing safety. However, on that day, the remarks by Zhang Jingbo, spokesperson for the China Manned Space Agency (CMSA), went far beyond expectations.

"We will do our utmost to achieve China's first crewed lunar landing in 2030."

Announced alongside this statement was a rather bold structural shift: the integration of the robotic lunar exploration program and the crewed spaceflight program.

Robots and Humans "Unified"

Until now, China's space development has followed two main streams. One is the uncrewed lunar exploration program, centered on the Chang'e series. Counting from Chang'e 1 in 2007, this lineage has steadily built up technology and achievements through stages including landing, rover deployment, and sample return. The other is the crewed spaceflight program centered on the Tiangong space station, which has maintained near-continuous crewed operations since construction began in 2021.

What was announced this time is a policy to integrate this two-pillar system into a single framework called the "Lunar Exploration Program." Zhang explained that it would be unified under three axes: "Mission, Resources, and Team."

Why integrate now?

The answer lies in the accumulation of experience using the space station as a "technology demonstration site for the Moon." The Tianzhou 10 cargo ship, launched in April 2026, carried a liquid behavior test in a microgravity environment. This was to verify the fuel tank design for future lunar landers. The ship also carried out the orbital demonstration of China's first perovskite solar cells. This solar cell technology, which combines light weight, high efficiency, and low cost, could be directly linked to power supplies for future deep-space missions and lunar bases.

In other words, every experiment conducted on Tiangong is a reverse-engineered preparation for a lunar landing. The integrated program was established as a vessel to bundle those processes—that is the structure.

Even more importantly, the Long March 10A rocket and the Mengzhou spacecraft being developed for the Tiangong station share designs with those intended for lunar missions. With every station flight, the reliability of the lunar mission system increases. It is also a declaration that space development has shifted from a stage where "separate departments do their best individually" to a stage where they "move in unison toward a national goal."

Chang'e 7 to Fly to the Moon This August

The other pillar of the integration, Chang'e 7, is currently being prepared for launch at the Wenchang Spacecraft Launch Site. August is being cited as a strong timeline for the latter half of 2026.

The configuration of this mission consists of four vehicles: an orbiter, a lander, a lunar rover, and a hopping-type probe called a "hopper." According to The Planetary Society, the hopper is designed to jump from areas reached by sunlight and venture into the interior of permanently shadowed craters.

Permanently shadowed craters near the lunar south pole are among the coldest places in the solar system, with temperatures dropping below -100°C. There is a possibility that water ice that has not volatilized for billions of years remains there, and if confirmed, it could become an in-situ resource for a lunar base. By significantly lowering the cost of transporting water from Earth, the "economic feasibility" of crewed activities will increase dramatically.

Chang'e 7, along with the subsequent Chang'e 8 (around 2029), is also planned to form the foundation of the China-led "International Lunar Research Station (ILRS)." Confirming the presence of water, establishing a base, and sending people there—the launch later this year is positioned as the "first strike" in that long process.

Artemis and China's "2030 Problem"

China is not the only one moving around the Moon. NASA's Artemis program also announced a major policy shift in the first half of this year.

As covered in detail in a previous article, Starship is no longer the "only option" for a lunar lander, and the crewed lunar landing plan has been postponed to Artemis 4 (2028 or later).

When NASA Administrator Isaacman spoke candidly about how 'competition with our greatest geopolitical rival is intensifying every day,' his words were strongly focused on China's 2030 goal. 2028 and 2030—the tension between the U.S. and China is condensed into a mere two-year gap.

A perspective that cannot be overlooked here is 'leadership in the lunar economy.' The resource potential of the Moon's south pole, including water ice utilization, solar power generation, and Helium-3, is gaining attention as the next horizon for space business. Who establishes a manned base near the lunar south pole first is a question directly linked not just to scientific records, but to first-mover advantage in infrastructure development and resource utilization.

The weight of the declaration to 'increase technical maturity in two years'

Mr. Zhang stated at the press conference: 'Through space station flight missions over the next two years, we will comprehensively increase our technical maturity and establish a solid foundation for the first manned lunar landing.'

The policy has already been decided that two out of the three astronauts will land on the lunar surface. Candidates are expected to be selected from those with experience working on the Tiangong space station, and there was also mention that 'a talent pool with rich flight experience is being cultivated.' It is clear that they are attempting to complete even the training of astronauts within the 'field' of station operations.

Four years remain until 2030. With each milestone—the technical verification flight of the Long March 10A, the maiden flight of the Mengzhou, and the debut of the Lanyue lander—China moves one step closer to the Moon. As we follow the geopolitical and economic competition surrounding the Moon, this countdown is something we cannot take our eyes off for a while.

Reference Articles

〇China shakes up its space programs to land astronauts on the moon by 2030: 'We will spare no effort' (May 27, 2026)

〇Chang'e-7: China's water-hunting lunar south pole mission (March 2026)

〇China's Chang'e-7 arrives at spaceport for lunar south pole exploration mission (April 10, 2026)

〇Artemis Program, Major Shift—Can Starship Reach the Moon? (March 1, 2026)