On April 1st, 2026, the Artemis II mission took place, sending four astronauts into lunar orbit for the first time in fifty years. This crew paved the way for future lunar exploration, serving as a stepping stone toward Artemis III and the highly anticipated Artemis IV, which aims to land on the Moon, Earth’s natural satellite, for the first time since Apollo 11.
While we watched in awe at this achievement, another space program continued under Artemis’ shadow: Chang’e. The mere existence of this Chinese counterpart highlights the importance of these missions and the strategic stakes surrounding the Moon’s South Pole. It also raises a broader question: what lies behind these programs, and why are they so important?
This article aims to explore the political stakes surrounding the Artemis program and how it reflects the current geopolitical landscape. It will first examine its goals, then compare them with its rival, Chang’e, and finally discuss why it matters who ultimately “wins” this new space race.
Artemis: The Alliance of the West
On the surface, Artemis’ primary objective is to return humans to the Moon, both to advance scientific knowledge and to unlock potential economic opportunities. The program also represents a crucial step in NASA’s long-term ambition to send humans to Mars.
However, NASA remains a national agency, and Artemis also serves broader strategic objectives. The agency itself emphasizes its goal of landing American astronauts on the Moon and maintaining U.S. leadership in space exploration and discovery. In this sense, Artemis appears to be more than a purely scientific endeavour, and like its predecessor Apollo, it carries a strong political dimension. We shall see who gets to set foot on the Moon and on the spacecraft when Artemis IV’s crew is chosen.
What makes space exploration particularly fascinating is the way it reflects international and national dynamics. Trump’s choice in appointing Jared Isaacman as head of NASA was nationally criticized, and his ambitious timeline to return humans to the Moon before the end of his term in 2028 has Americans worried about how politics are impacting the scientific field. Many experts, like Casey Dreier, Chief of space policy at the Planetary Society, have questioned whether such deadlines are realistic. As a result, NASA often appears caught between national and international political ambitions, and the practical challenges of developing the technologies required for lunar exploration.
Unlike Apollo, however, Artemis is not solely an American project. NASA is working closely with international partners, including the Canadian Space Agency (CSA), the European Space Agency (ESA), and the Japan Aerospace Exploration Agency (JAXA). As physicist Kevin Olsen of the University of Oxford has noted, Artemis appears to be a fundamentally collaborative effort. This cooperation illustrates how modern alliances extend beyond economics and security into scientific and technological fields. Progress in space exploration increasingly depends on international partnerships rather than national efforts alone.
The multinational nature of Artemis is further reflected in the participation of astronauts from partner agencies, as Luca Parmitano, an ESA pilot, has been appointed as pilot of the Artemis III crew. His involvement seems to demonstrate that the program is not only about American leadership but also about strengthening cooperation among Western allies. Though once again, Artemis IV shall be the most enlightening mission of all.
Do these missions, then, truly reflect the current political landscape? The answer becomes clearer when Artemis is compared to its main competitor: China’s Chang’e program.
Chang’e: An Alternative to the West
To determine whether space exploration truly reflects today’s geopolitical landscape, it is necessary to examine Artemis’ main competitor: China’s Chang’e program.
The Chang’e program predates Artemis by more than a decade. The first mission, Chang’e 1, was launched on October 24, 2007, while Chang’e 6 lifted off in May 2024 and successfully returned samples from the Moon’s hidden side. Future missions, including Chang’e 7, are expected to further expand China’s lunar ambitions.
Like Artemis, the Chang’e program has achieved significant successes. Initially funded and operated exclusively by the People’s Republic of China, it has gradually evolved into a more collaborative venture. For instance, China National Space Administration (CNSA) has invited ten foreign partners to contribute scientific instruments and experiments for Chang’e 8 set for 2028. Countries such as South Africa, Peru, Italy, Russia, Thailand, Bahrain, Egypt, Iran, Pakistan, and Türkiye will all be participating in various forms.
These partnerships reinforce China’s desire to position itself as an alternative to NASA-led initiatives. Beijing has consistently emphasised openness in scientific cooperation. As another example, after a contest with two dozen participants, China distributed lunar samples collected during the Chang’e 5 mission to seven research institutions in several countries, including France, Germany, the United Kingdom, Japan, Pakistan, and even two from the United States, non-state funded.
However, one major obstacle limits cooperation between the world’s two leading space powers: the Wolf Amendment. This U.S. legislation restricts bilateral cooperation between NASA and Chinese entities unless explicitly authorised by Congress. Supporters of the amendment argue that technological and scientific collaboration with China could compromise American strategic interests. As a result, despite both nations pursuing similar scientific objectives, direct cooperation remains highly constrained.
The strategic direction of the Chang’e program may also explain Washington’s reluctance to engage more closely with Beijing. Central to China’s long-term ambitions is the International Lunar Research Station (ILRS), a joint initiative led by China and Russia. The project envisions permanent lunar installations, the extraction and use of lunar resources such as water ice and minerals, and eventually manufacturing activities on the Moon’s surface. In many ways, these objectives parallel those of Artemis and the Artemis Accords, which likewise seek to establish a sustained human presence beyond Earth.
This growing competition raises an important question: will countries eventually be forced to choose between the American-led and Chinese-led visions for lunar exploration? The answer remains uncertain. What is clear, however, is that two competing blocs are increasingly taking shape in the new race to the Moon.
But why does this competition matter? More importantly, why does it matter who emerges as the leading power in lunar exploration?
The Winner Takes It All: Resources, Leadership, and Legacy
The Moon’s South Pole is believed to contain significant quantities of water ice. If confirmed in sufficient abundance, this resource could be transformative: it would provide drinking water, support cooling systems and, when split into hydrogen and oxygen, enable fuel production and breathable air. Such capabilities would directly support ambitions for lunar mining, sustained human presence, and even future missions to Mars.
The South Pole also offers uniquely contrasting environmental conditions. In some regions the sun never rises, while in others it never sets. This dichotomy makes the region particularly valuable for scientific research, as it provides relatively stable thermal environments that could support solar energy generation, long-term installations, and experimental technologies. It may also serve as a time-machine travel into the Solar System’s past: permanently shadowed craters are thought to preserve ancient materials delivered by asteroids and comets, offering insights into planetary formation and evolution.
These are the underlying reasons why lunar exploration has become such a priority. Increasingly, it is not only a scientific endeavor but also a geopolitical one. The United States has formalised its approach to lunar governance through the Artemis Accords, which outline principles for the peaceful use and exploration of space resources. So far, we count 27 signatory members, however, China and Russia have not joined, and instead continue to develop alternative frameworks.
This raises an open question: will competing initiatives such as China and Russia’s International Lunar Research Station (ILRS) eventually establish their own rules and norms for lunar activity? And could lunar resources become a source of geopolitical tension, much like strategic technologies on Earth?
The answer may lie in regulation and international cooperation. Without shared frameworks, competition risks deepening existing global divisions. Yet the current geopolitical tensions between the United States and China are increasingly extending beyond Earth’s atmosphere, shaping space policy as well.
So should we expect similar political disputes on the Moon as those on Earth? Likely, yes. And why does “winning” this new space race matter? Because leadership in space will not only determine access to resources or technological advantage, but also influence the rules that govern future exploration: beyond the Moon, and potentially toward Mars and the broader Solar System.
In that sense, the “winner” is not simply the first to arrive, but the one whose framework others choose to adopt. The one who shapes how humanity expands outward. And forever the one who offered the Moon to the world.
Conclusion
We should closely monitor the developments behind these missions. The current political landscape can be understood through them, as well as through the ways in which countries choose to collaborate, or not.
Similar to nuclear technology, and unlike the largely unregulated development of artificial intelligence, space exploration would benefit from internationally agreed-upon rules governing the use of lunar resources and future settlement.
Space missions are fundamentally a human endeavor. Before being an American on the Moon, Neil Armstrong was first a human being setting foot on another world beyond Earth. In this sense, Artemis and Chang’e are often framed as competitors, but they share a common underlying goal: advancing scientific progress through exploration, discovery, and, ideally, international cooperation.
