The new moon race: how Artemis II reshapes U.S.-China geopolitics, lunar resources, and the space economy
At 6:24 p.m. today, four astronauts will leave Earth orbit for the first time in over half a century. The destination is familiar. The stakes are entirely new.
As the Artemis II countdown ticks toward launch at Kennedy Space Center this evening, it's worth pausing on a question most coverage won't linger on: why does it matter that humans, not just robots, are going back to the Moon? We've already mapped it, sampled it, and driven rovers across it. We even have high-resolution imagery of every square kilometer. The scientific case for crewed lunar missions is legitimate, but it isn't the whole story. The real drivers are strategic, economic, and deeply geopolitical. Sending people back to the Moon is an act of statecraft as much as it is a feat of engineering.
A Race That Denies It's a Race
China's space program has consistently denied that it is in a race with the United States. And yet the trajectory is unmistakable. Beijing launched its first astronaut in 2003. In the two decades since, it has built a permanent space station, returned the first-ever samples from the far side of the Moon, and announced plans to land astronauts on the lunar surface by 2030. When the International Space Station is retired at the end of this decade, Tiangong will be the only government-operated outpost in Earth orbit, though the U.S. and its partners are actively working to ensure commercial stations fill that gap.
American lawmakers and NASA officials have been less coy. Former NASA Associate Administrator Mike Gold put it bluntly in Senate testimony: the countries that get there first will write the rules of the road. NASA Administrator Jared Isaacman echoed the urgency more recently, warning of "a real geopolitical rival challenging American leadership in the high ground of space." Today's Artemis II flight, with Commander Reid Wiseman, Pilot Victor Glover, Mission Specialist Christina Koch, and Canadian astronaut Jeremy Hansen, is the opening statement in that argument. It doesn't land on the Moon. But it proves the spacecraft works with humans aboard, and it signals that the American-led coalition is moving.
Two Moons, Two Coalitions
What's emerging on the Moon looks a lot like what we've seen on Earth: two competing blocs, each building its own infrastructure and inviting partners into its orbit. On one side, the United States and its 61 Artemis Accords signatories are constructing a framework around transparency, interoperability, and the right to extract and use lunar resources. On the other, China and Russia are advancing their International Lunar Research Station (ILRS), with plans for a permanent base powered by nuclear energy by the mid-2030s.
The division is mostly stark, though not absolute. Thailand and Senegal have signed both the Artemis Accords and the ILRS agreement, making them rare exceptions. Some Artemis Accords signatories, including France, Italy, and Sweden, have also contributed payloads to Chinese lunar missions, so the lines are not perfectly clean. Still, the broad pattern mirrors familiar terrestrial dynamics: the Belt and Road Initiative, the competition over 5G infrastructure, the splitting of semiconductor supply chains. There is a plausible case that the Moon is becoming the next arena where nations face pressure to choose alignment, though whether this bifurcation hardens or stays fluid remains an open question. China's "5-5-5" campaign, which aims to bring 50 nations, 500 institutions, and 5,000 researchers into its lunar science network, is explicitly designed to build that kind of gravitational pull.
This isn't about planting flags anymore. It's about who builds the infrastructure that everyone else depends on, and what rules that infrastructure operates under.
Resources Are the Subtext
The lunar south pole is increasingly spoken of the way strategists once spoke of the Strait of Malacca, the Suez Canal, or the Strait of Hormuz: as a chokepoint of future commerce. Its permanently shadowed craters are believed to hold significant reserves of water ice, which can be split into hydrogen and oxygen, yielding breathable air, drinkable water, and rocket fuel. Whoever establishes reliable access to those deposits gains a decisive advantage not just on the Moon, but for any deeper push into the solar system.
This is why the Artemis Accords' language around "safety zones" has drawn scrutiny. While framed as coordination mechanisms to prevent harmful interference, critics argue they could function as de facto territorial claims. And it's why NASA's recent pivot from the orbital Lunar Gateway to a $20 billion surface base is so significant. On March 24, NASA Administrator Isaacman formally announced a phased approach to building "Artemis Base Camp" near the lunar south pole, featuring habitat modules, pressurized rovers, and nuclear power systems. The Gateway program, a planned orbiting station, has been paused and its components are being repurposed for surface operations. The message is clear: the United States intends to be physically present on the ground, not circling overhead.
It's worth noting that the $20 billion figure covers seven years of planned investment and would need sustained congressional funding across multiple administrations to become reality.
The Soft Power Dimension
There's a subtler layer here too. The Apollo missions didn't just demonstrate American technological capability. They produced a cultural moment that shaped how the world perceived American ambition. The image of Earthrise, the bootprint in the regolith, the static-laced transmissions: these became part of a shared human story, but one narrated overwhelmingly in an American accent. Artemis is an attempt to re-create that narrative power for a new era, this time with a deliberately diverse crew and an international coalition attached.
Victor Glover will become the first person of color to leave low Earth orbit. Christina Koch will be the first woman. Jeremy Hansen becomes the first non-American to travel to the lunar vicinity. These milestones are real, and they serve a dual purpose: they reflect genuine progress toward inclusion in human spaceflight, and they make the Artemis brand distinctly Western-liberal-democratic in its symbolism. For countries deciding which lunar coalition to join, the optics matter.
What Could Go Wrong, and What's Already Hard
The biggest risk to all of this is the gap between ambition and execution. The Artemis program has been plagued by delays, cost overruns, and technical setbacks. Today's launch was originally slated for September 2024, then pushed to February 2026, then delayed again by hydrogen leaks and pressurization issues. The crewed lunar landing, initially envisioned as Artemis III, has been restructured: under the current architecture, the third mission is planned as an Earth-orbit lander test in 2027, with the first actual surface landing moved to Artemis IV in early 2028, though this remains a fast-moving program area subject to further revision. Each delay narrows the window between NASA's timeline and China's. As Isaacman acknowledged, "They might be early, and recent history says we might be late."
There is also the question of political durability. Unlike China's centrally managed space program, which can operate across decades with relative continuity, NASA's Artemis must survive shifting administrations, budget fights, and the gravitational pull of other priorities. The Planetary Society estimates NASA will have spent roughly $107 billion in inflation-adjusted dollars on return-to-the-Moon efforts through 2026, a figure that includes the Constellation-era programs dating to 2003 as well as the Artemis-branded work from 2017 onward. (By a narrower accounting that starts from Artemis's formal inception in 2017, the Planetary Society puts the total at about $105 billion through the projected first landing in 2028.) Either way, the pattern is clear: enormous sums have been absorbed by repeated program changes under four successive presidents. The $20 billion base camp proposal would need to avoid the same fate.
The countries that build the infrastructure will set the norms. The countries that set the norms will shape the century.
The Business Case: From Geopolitics to Bottom Lines
The geopolitical stakes are real, but so are the commercial ones. Several meaningful business implications are emerging across different time horizons.
Near term (3 to 5 years): The primary customer is government. Artemis, the Commercial Lunar Payload Services (CLPS) program, and China's ILRS precursor missions are channeling billions into landers, communications, robotics, and data services. Dual-use technology spillovers are already in motion: advances in launch, satellite networking, autonomy, and in-situ resource processing are finding their way into terrestrial sectors including energy, mining, logistics, defense, and remote operations.
Medium term (5 to 15 years): Market studies project tens of billions in cumulative lunar-related spending by 2050, centered on mobility, communications, habitation, energy, and water, essentially an "infrastructure as a service" model around the Moon. Interfaces, communications protocols, and operational norms tied to the Artemis or ILRS ecosystems may begin to function like competing tech stacks; early alignment choices could constrain later market access. High-resolution mapping, resource prospecting data, and environmental datasets will become proprietary inputs for downstream mining, construction, insurance, and finance products.
The strategic question for firms: Companies operating in sensitive technology sectors may eventually need an explicit policy: align with Artemis, align with ILRS, or remain deliberately agnostic but narrow in scope. Sanctions and export controls on space and dual-use technology transfer will sit squarely in the crosshairs of U.S.-China competition, raising counterparty, supply-chain, and compliance risk for firms that try to work in both ecosystems.
Even for companies that will never sell directly into space, tracking lunar programs is a useful proxy for frontier demand in autonomy, advanced materials, off-grid energy, and remote construction, areas with clear Earthside markets. For most non-space-native firms, the more realistic plays are enabling technologies (AI for remote operations, advanced materials, robotics, secure communications, insurance, and financing) rather than direct lunar assets.
Why It Matters Beyond Space
It's tempting to dismiss the new Moon race as theater, expensive symbolism for domestic audiences. But that reading misses the deeper structural forces at work. Space technology has direct military applications: cislunar communication networks, heavy-lift rockets, and in-space resource processing all have dual-use potential. The technologies being developed for lunar settlement will also define capabilities in Earth orbit, where the real military competition is already underway.
More fundamentally, the Moon is becoming a proving ground for how the international order handles new frontiers. The Outer Space Treaty of 1967 prohibited national sovereignty claims, but it was written before anyone could plausibly extract resources at scale. The questions being asked now, who owns what you mine, who gets to declare a safety zone, who builds the communication backbone, are governance questions with no settled answers. The countries and coalitions that answer them first won't just dominate space. They'll establish the precedents that echo forward into everything from asteroid mining to Mars settlement.
When Artemis II lifts off this evening, the four people inside will travel farther from Earth than any human has in over fifty years, possibly farther than any human ever has. They won't land. They'll loop around the far side and come home. But the trajectory they trace isn't really about the Moon at all. It's about who gets to define what happens next, on a surface with no borders, in a domain with no sheriff, at a moment when the answer still hangs in the balance.
