Same Moon, Same Spot — America and China Both Want It

There's only so much good real estate on the moon — and two superpowers just announced they want the same neighborhood.

A joint team of Chinese and German scientists has published research identifying four candidate landing sites for China's first crewed lunar mission. All four are clustered in the Rimae Bode region on the moon's nearside — a stretch of relatively flat, low-latitude terrain rich in volcanic debris that scientists say offers a rare window into the moon's geological past.

The catch? NASA has been looking at the same area.

Why Rimae Bode?

The Rimae Bode region ticks a lot of boxes that mission planners care about. Its low latitude means more reliable communication with Earth and better conditions for solar power generation. Its terrain is flat enough for safe landings and astronaut traversal. And crucially, the surface is littered with ancient volcanic material — geological evidence that's been sitting undisturbed for billions of years, waiting to tell us something about how the moon, and perhaps the early solar system, evolved.

The research team combined topographic data, mineral mapping, thermal analysis, and communication visibility assessments to narrow down the four specific candidate sites. The work feeds directly into China's Chang'e program, which is targeting a crewed lunar landing sometime in the 2030s.

China's track record here is worth noting. Chang'e 5 brought back lunar samples in 2020. Chang'e 6 became the first mission ever to retrieve samples from the moon's far side in 2024. This latest research isn't theoretical — it's preparation.

The Overlap Nobody's Talking About Loudly

Here's where it gets complicated. The Artemis program has focused primarily on the lunar south pole, drawn by the prospect of water ice in permanently shadowed craters. But Rimae Bode has quietly circulated among American researchers as a scientifically compelling alternative. The overlap between Chinese and American interest in the same region isn't a coincidence — it reflects the simple reality that good landing sites on the moon are finite.

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The 1967 Outer Space Treaty established that no nation can claim sovereignty over the moon or any other celestial body. But the treaty says nothing meaningful about who gets to use a specific location first — or what happens when two missions target the same coordinates. In practice, the nation that lands first, establishes infrastructure first, and begins operating first holds something that looks a lot like de facto control, even without legal title.

This ambiguity isn't abstract. It's the same tension playing out over lunar resources like helium-3, over the rights to extract water ice at the south pole, and over which country gets to write the informal rules of conduct for a domain that formal international law hasn't caught up with yet.

Two Programs, Two Blocs

The Chinese-German collaboration on this research is a reminder that space science still has room for international cooperation. ESA maintains working relationships with China's lunar program, even as the broader geopolitical picture grows more complicated.

But the structural divide is real. China has not signed the Artemis Accords — the US-led framework designed to establish norms for lunar exploration — and is instead building its own coalition, including a joint lunar base project with Russia known as the International Lunar Research Station (ILRS). The moon is increasingly being explored through the lens of two competing architectures, each with its own partners, its own standards, and its own vision of what comes next.

For countries like Japan, South Korea, Canada, and the UAE — all Artemis Accords signatories — the choice of which bloc to align with carries implications that extend well beyond science budgets.

What the Scientists Say vs. What the Politicians Calculate

It would be unfair to reduce this to pure geopolitics. The researchers involved in identifying these landing sites are doing legitimate science. Understanding lunar volcanism has real value. Safe landing site selection saves lives. International scientific collaboration — even between countries in political tension — has a long and productive history.

But the timing matters. This research lands in a moment when the United States has watched its own lunar ambitions slip — Artemis III, the crewed landing mission, has faced repeated delays and is now unlikely before 2027 at the earliest. Meanwhile, China has hit its milestones with unusual consistency. The gap between stated ambition and demonstrated capability is narrowing in ways that are hard to ignore.

When scientists identify a landing site, they're doing geology. When governments fund those scientists, they're doing something else too.