Back to the Moon, But Not as Before, How Artemis Is Transforming Earth’s Satellite into a Contested Marketplace
On April 6, 2026, a historic moment unfolded more than 380,000 kilometres from Earth. NASA astronauts Reid Wiseman, Victor Glover, and Christina Koch, along with Canadian astronaut Jeremy Hansen, successfully looped around the far side of the Moon. They captured striking photographs and made live observations of the lunar surface from distances no humans had reached in more than five decades. The Artemis II mission, after a flawlessly executed flyby—minor early glitches with the toilet and communication systems notwithstanding—marked the first time humans had travelled farther from Earth than any previous generation. The crew has now begun their return journey and is expected to splash down in the Pacific Ocean off the coast of California on April 10.
NASA Administrator Jared Isaacman captured the moment succinctly: “After a brief 54-year intermission, NASA is back in the business of sending astronauts to the Moon.” But this return is not a nostalgic reprise of Apollo. The world has changed. The United States is different. And the Moon itself is no longer just a scientific frontier—it is rapidly becoming a contested marketplace, a potential industrial zone, and a new arena for geopolitical and commercial rivalry. This article examines the Artemis programme, its ambitious timeline, the commercial forces driving it, and the legal and ethical questions that threaten to turn Earth’s satellite into a “Wild West” of resource extraction.
Part I: Artemis II – A Smooth Return After Half a Century
The Apollo programme ended in 1972. For 54 years, no human ventured beyond low Earth orbit. The International Space Station, for all its scientific value, orbits just 400 kilometres above Earth. The Moon remained a distant memory, visited only by robotic probes. That changed with Artemis II.
The mission profile was elegant in its ambition: a crewed flyby of the Moon, testing the Orion spacecraft’s life support, navigation, and heat shield systems in deep space. The four astronauts passed behind the far side of the Moon—a region no human eye had ever directly seen until the Apollo 8 mission in 1968, and none had revisited since. This time, they carried high-resolution cameras, modern spectrometers, and a global audience watching via live streaming.
The success of Artemis II has set the stage for Artemis III, a crewed Moon landing mission targeted for 2028. Unlike Apollo’s “flags and footprints” approach, Artemis III aims to land near the lunar south pole—a region of permanent shadow and eternal sunlight, where water ice is trapped in cold traps. That ice is the key to everything that follows.
Part II: The Artemis Base Camp – A Permanent Outpost on the Moon
Over the next decade, NASA dreams of gradually building a permanent outpost on the lunar surface, to be called Artemis Base Camp. The scale is staggering. According to the article, NASA plans to use more than 40–50 robotic and cargo landers and around 60 crewed landings between 2028 and 2036. This is not a one-off mission; it is an industrial-scale campaign.
The base will eventually include:
-
Living habitats for four astronauts on four-week missions (long enough to conduct serious science and engineering).
-
Advanced power systems – likely a combination of solar arrays (taking advantage of the south pole’s near-continuous sunlight) and potentially small nuclear reactors for the long, dark periods.
-
Multiple rovers – pressurised and unpressurised, for exploration and cargo transport.
-
The first elements of an “industrial neighbourhood” – facilities for on-site manufacturing using lunar regolith and other local materials.
-
Sample return capability – for the first time, the return of hundreds of kilograms of lunar samples, hardware, and materials to Earth, enabling analysis that cannot be done robotically.
This is not science fiction. The technology is largely mature. SpaceX’s Starship (selected as the Artemis III human landing system), Blue Origin’s Blue Moon lander, and a host of smaller commercial landers under NASA’s Commercial Lunar Payload Services (CLPS) programme are already in advanced development. The question is no longer technical feasibility but political will, funding continuity, and legal governance.
Part III: Why Go Back? From Cold War Victory to Commercial Frontier
When Apollo 8 first sent humans towards the Moon in December 1968, America was a deeply divided nation—torn apart by the unpopular Vietnam War, the assassinations of Martin Luther King Jr. and Robert Kennedy, and waves of protests across cities and campuses. In those dark times, beating the Soviet Union to the Moon offered a powerful symbol of national pride and geopolitical victory. Apollo became a rare moment of unity for a troubled country.
As Karl Marx famously observed, history repeats itself, “first as tragedy, second as farce.” Astronauts are now heading to the Moon amid a US-led unpopular war (in West Asia) and deep domestic divisions in America. Yet the optics are not working this time. So far, Artemis II has failed to generate the global excitement that Apollo commanded. There are no iconic “Earthrise” photographs capturing the world’s imagination. No Walter Cronkite wiping away tears. The return to the Moon is being met with a shrug.
Why the difference? Because the main driving force is no longer Cold War rivalry. The Soviet Union is gone. China is the new competitor, but the competition is more diffuse and less existential. Instead, the Artemis programme is increasingly shaped by strong commercial interests. Private corporations such as SpaceX and Blue Origin view the programme not as a government-funded prestige project but as the foundation for a future lunar economy built around resource mining, industrial activity, and ultimately, profit.
Part IV: The Lunar Economy – Water Ice, Rocket Fuel, and Solar Cells
The economic logic of a lunar base rests on one substance: water ice. The lunar south pole contains vast deposits of water ice in permanently shadowed craters. Water can be split into hydrogen and oxygen—the components of rocket fuel. A refuelling depot on the Moon could dramatically reduce the cost of deep-space missions to Mars and beyond. Water can also be used for drinking, radiation shielding, and oxygen for breathing.
Beyond water, lunar soil (regolith) contains oxygen, silicon, iron, aluminium, and rare earth elements. With processing, it can be turned into building materials, solar cells, and even 3D-printed structures. The “industrial neighbourhood” envisioned in the final phase of Artemis is expected to test on-site manufacturing and return capabilities for lunar production—effectively, the first off-world factory.
NASA’s role, in this vision, is to de-risk the Moon for commerce. By committing to dozens of landings over the next decade through the dramatically expanded Commercial Lunar Payload Services (CLPS) programme, NASA is creating the demand for aerospace infrastructure. Private investors, rather than chasing quick profits, see the Moon base as a long-term platform for investment. The government builds the road; industry builds the towns.
As industry observers quoted in the article note, “Artemis is laying the tracks for a viable and self-sustaining cislunar economy, from propellant depots and habitats to mining operations.”
Part V: The Legal Vacuum – Outer Space Treaty vs. Commercial Ambition
While aerospace corporations are optimistic, scholars and space lawyers are sounding a note of caution. They increasingly compare the commercial rush towards the Moon to America’s 19th-century Wild West expansion—a scramble for resources with weak rules, powerful players, and uncertain outcomes for those who arrive late.
At the heart of the debate lies the 1967 Outer Space Treaty, the foundational document of space law. Article II declares that the Moon and other celestial bodies are “not subject to national appropriation by claim of sovereignty, by means of use or occupation, or by any other means.” The Moon is declared the “province of all mankind.”
The 1979 Moon Agreement went further, designating lunar resources as the “common heritage of mankind” and demanding equitable sharing among all nations. It also called for the establishment of an international regime to govern resource extraction. However, predictably, major space powers—including the United States, Russia, and China—never ratified the Moon Agreement. It remains a dead letter.
Instead, the US has pushed forward with domestic laws such as the 2015 Commercial Space Launch Competitiveness Act, which explicitly allows private companies to own resources they extract from asteroids and the Moon. The Artemis Accords, now signed by more than 50 nations (including India), endorse this principle. The US argues that owning extracted resources is not the same as national appropriation of territory, and therefore does not violate the Outer Space Treaty.
Critics are not convinced. They warn that “safety zones” around lunar bases—areas where other nations or companies are asked to stay away to avoid interference—could gradually become de facto territorial claims. If a company builds a mining facility and declares a 10-kilometre safety zone, and no one challenges it, that zone effectively becomes private property. Over time, the Moon could be partitioned not by flags but by fine print.
Part VI: The Wild West Warning – Marginalising the Global South
Scholars warn that these developments could marginalise the Global South. Nations with no space programme, no commercial launch capability, and no diplomatic leverage in the Artemis Accords negotiations may find themselves locked out of lunar resources entirely. The Moon, which the Outer Space Treaty declared the province of all mankind, could become the province of a few wealthy nations and corporations.
There are also practical governance questions that no one has answered:
-
Jurisdiction: If a crime is committed at a lunar base—assault, theft, or worse—which country’s laws apply? The country that owns the spacecraft? The country that operates the base? Or international law?
-
Criminal law and labour rights: Who protects workers on the Moon from exploitation? What safety standards apply? Can a company fire an employee and strand them on the lunar surface?
-
Environmental damage: Large-scale mining of the lunar surface could destroy scientifically priceless regions—the very craters that have preserved water ice for billions of years. Who has the authority to say “no”?
Without stronger multilateral governance, many pundits fear that the Moon could become another arena of unequal enclosure—like the enclosure of common lands in 18th-century England, or the colonial scramble for Africa in the 19th century. Only this time, the stakes are even higher, because the Moon is not just another continent. It is a unique scientific and cultural heritage site, visible to every human who looks up at the night sky.
Part VII: The Geopolitical Dimension – China, Russia, and the New Space Race
The United States is not alone on the Moon. China, through its Chang’e programme, has landed rovers on the lunar surface (Chang’e 4 on the far side, Chang’e 5 and 6 as sample return missions) and is planning its own crewed lunar missions by 2030. Russia, despite its post-2022 isolation, has announced plans for a joint lunar base with China. India, after the success of Chandrayaan-3, is planning Chandrayaan-4 and a crewed mission eventually.
The Artemis Accords represent a US-led coalition of the willing. China and Russia have not signed. They have instead announced the International Lunar Research Station (ILRS) , a competing framework. The Moon is thus becoming divided into two camps: the Artemis bloc and the ILRS bloc. This is not the cooperative, “for all mankind” vision of the 1967 treaty. It is geopolitics extended 380,000 kilometres.
The article notes that “without stronger multilateral governance, the Moon could become another arena of unequal enclosure rather than a shared human heritage—and yet another site of global conflict.” This is not alarmism. The same dynamics that led to terrestrial wars—resource scarcity, unclear property rights, and great-power rivalry—are already visible in the lunar domain.
Part VIII: A Way Forward – From Wild West to Shared Heritage
What is to be done? The article does not prescribe solutions, but scholars and policy experts have proposed several:
First, revive multilateral negotiations on lunar governance. The Moon Agreement of 1979 may be flawed, but its core principle—the common heritage of mankind—remains valid. A new, more flexible agreement, ratified by major space powers, could provide a framework for equitable resource sharing, environmental protection, and dispute resolution.
Second, strengthen the Artemis Accords. While the Accords are a good start (they include provisions for transparency, interoperability, and emergency assistance), they lack enforcement mechanisms. Adding a binding dispute resolution protocol and a commitment to benefit-sharing with non-signatories would improve their legitimacy.
Third, create an international lunar heritage fund. A small percentage of all lunar resource extraction profits could be directed to a fund that supports space programmes in developing countries, funds planetary protection research, and preserves scientifically significant sites.
Fourth, establish independent labour and environmental standards for lunar activities. This could be done through a voluntary code of conduct, similar to the International Labour Organization’s conventions, but adapted for space.
Fifth, recognise that the Moon is not a blank slate. It has scientific, cultural, and inspirational value that transcends commercial interests. The first footprints of Neil Armstrong and Buzz Aldrin are still there, undisturbed. We should ensure that the next footprints do not come with drilling rigs and property disputes.
Conclusion: A New Tune for an Old Destination
The Artemis II crew is returning to Earth with photographs, data, and the quiet satisfaction of having pushed humanity’s frontier outward. But their mission is not just a technical success; it is a symbol of a profound shift. The Moon is no longer a destination for national glory alone. It is becoming a marketplace, a factory floor, and a test case for whether humanity can cooperate on a celestial scale.
The 54-year intermission is over. The new tune is not Apollo’s heroic fanfare but a more complex composition—part science, part commerce, part geopolitics, and part law. Whether this tune ends in harmony or discord depends on choices that have not yet been made. The Wild West had its sheriffs, its vigilantes, and its victims. The Moon could have something better—if we have the wisdom to write the rules before the rush begins.
5 Questions & Answers Based on the Article
Q1. What was the Artemis II mission, and why is it historically significant?
A1. Artemis II was a NASA-led crewed mission that successfully looped around the far side of the Moon on April 6, 2026. The crew included NASA astronauts Reid Wiseman, Victor Glover, Christina Koch, and Canadian astronaut Jeremy Hansen. It is historically significant because it marked the first time humans have travelled farther from Earth than any previous generation, ending a 54-year intermission since the last Apollo mission. The mission tested Orion spacecraft systems and set the stage for Artemis III, a crewed Moon landing targeted for 2028.
Q2. What is the Artemis Base Camp, and what will it include?
A2. Artemis Base Camp is NASA’s planned permanent outpost on the lunar surface, to be built over the next decade using more than 40–50 robotic and cargo landers and around 60 crewed landings between 2028 and 2036. It will include living habitats for four astronauts on four-week missions, advanced power systems, multiple rovers, and the first elements of an “industrial neighbourhood” for on-site manufacturing using lunar materials. It will also enable the return of hundreds of kilograms of lunar samples, hardware, and materials to Earth.
Q3. How does the commercial motivation for Artemis differ from the Apollo programme’s motivation?
A3. Apollo was driven by Cold War rivalry—the United States wanted to beat the Soviet Union to the Moon as a symbol of geopolitical and technological superiority. Artemis, by contrast, is increasingly shaped by commercial interests. Private corporations such as SpaceX and Blue Origin view the Moon as a platform for a future lunar economy based on resource mining (especially water ice for rocket fuel), industrial activity, and profit. NASA’s long-term commitment de-risks the Moon for commerce, creating demand for aerospace infrastructure and encouraging private investment.
Q4. What legal tensions exist between the Outer Space Treaty and US domestic laws like the Commercial Space Launch Competitiveness Act?
A4. The 1967 Outer Space Treaty declares that the Moon is the “province of all mankind” and prohibits national appropriation by sovereignty or use. However, the 2015 Commercial Space Launch Competitiveness Act allows US private companies to own resources they extract from the Moon. The US argues that owning extracted resources is not the same as territorial appropriation, so it does not violate the treaty. Critics disagree, warning that “safety zones” around lunar bases could become de facto territorial claims, effectively carving up the Moon among wealthy nations and corporations. The 1979 Moon Agreement, which declares lunar resources the “common heritage of mankind,” was never ratified by major space powers including the US, Russia, and China.
Q5. Why do scholars compare the current rush to the Moon to America’s 19th-century Wild West, and what risks does this pose for the Global South?
A5. Scholars draw the Wild West analogy because the Moon currently lacks clear rules on property rights, jurisdiction, criminal law, labour rights, and environmental protection. Powerful players (nations and corporations) are moving quickly to establish a presence, while weaker nations risk being left behind. For the Global South, the risks include marginalisation from lunar resources, lack of bargaining power in frameworks like the Artemis Accords, and the potential for the Moon to become another arena of unequal enclosure—where a shared human heritage is converted into private or national assets. Without stronger multilateral governance, the Moon could become a site of conflict rather than cooperation.
