The Second Space Race: Why America Cannot Afford to Finish Second

Image via NASA

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On a September day in 1962, President John F. Kennedy stood before a crowd at Rice University and declared that America would go to the Moon—not because it was easy, but because it was hard. “No nation which expects to be the leader of other nations,” he warned, “can expect to stay behind in this race for space.” Sixty-three years later, as the Artemis II crew prepares to become the first Americans to orbit the Moon since 1972, Kennedy’s challenge echoes with renewed urgency. Except this time, the race is not against an economically fragile Soviet Union, but an emerging China that possesses both the resources and ambition to dominate the final frontier and reshape the power dynamics here on Earth. To avoid ceding that domain by default, the United States must treat space as a core instrument of national power by committing one percent of federal spending to a long-horizon, NASA-led strategy anchored by a dedicated Space Exploration Trust Fund.

From Prestige to Power

China’s space program has evolved from symbolic gestures to strategically decisive capabilities in less than two decades. In 2007, Beijing destroyed one of its own satellites with a ground-based missile, demonstrating the ability to neutralize GPS, communication, and intelligence assets in orbit. The test was more than a technological flex—it was a declaration that space is now contested territory. In 2019, China became the first nation to land on the dark side of the Moon— the hemisphere permanently hidden from Earth that offers unique scientific opportunities and strategic advantages. The Chang’e 4 mission was not just about planting a flag; it was about surveying terrain and resources that could define the next century of human expansion. Today, the Tiangong Space Station orbits overhead, testing ion propulsion systems that could dramatically reduce interplanetary travel times, while China’s Xuntian telescope promises a field of view hundreds of times larger than our own Hubble telescope.

These are not just achievements—they are positioning moves in a grand strategy most Americans have yet to recognize. Lagrange points, the gravitationally stable zones between Earth and the Moon, serve as natural “rest stops” for deep space missions, requiring minimal fuel to maintain position. The lunar south pole contains ice that can be converted into rocket fuel and life support, eliminating the need to haul these resources from Earth at enormous cost. Control these strategic positions, and one nation can effectively govern access to the entire solar system. It is the geopolitical equivalent of controlling the Suez or Panama Canal—but with potentially higher stakes.

Many policymakers in Washington still view space through the Apollo-era lens of prestige rather than power. Beijing is not racing to the Moon for national pride; it is racing because whoever establishes permanent infrastructure there first will write the rules for space resource extraction, orbital traffic management, and ultimately human expansion beyond Earth. This ambition is already being realized: China’s 2021 agreement with Russia to build a joint lunar research station deliberately bypassed American-led frameworks to establish an independent base of power.

American Complacency 

The deeper problem is not Chinese capability—it is American complacency. After the shuttle program consumed $200 billion and killed 14 astronauts, the National Aeronautics and Space Administration (NASA) retreated to low-Earth orbit maintenance, depending on Russian rockets for basic access to space. For nearly a decade, American astronauts hitchhiked to the International Space Station aboard Soyuz capsules, paying Russia up to $90 million per seat. The humiliation was strategic, not just symbolic, as it revealed how thoroughly America had ceded the initiative for human spaceflight.

Meanwhile, China avoided this trap entirely. With no legacy infrastructure to maintain, no entrenched contractors to satisfy, and no four-year political cycles to survive, Beijing has leapfrogged directly into next-generation technologies. Their quantum communication satellites already provide virtually unhackable networks. Their AI-integrated satellite constellations process reconnaissance data in real-time, identifying targets autonomously—a military advantage that compounds daily. Unlike the Soviets, who sought ideological validation, China pursues structural control over supply chains, resources, and the technological standards that will define the 21st century. Space dominance is an industrial policy for Beijing, not a prestige project.

Why Private Rockets Are Not Enough

Why can’t SpaceX handle this? It is a question many Americans ask, especially after watching Starship launches that cost a fraction of NASA’s Space Launch System. The appeal is understandable. Private enterprise has slashed launch costs and revived American competitiveness in ways NASA alone could not. However, here is what private companies cannot do: establish diplomatic frameworks for resource extraction, protect American assets in contested orbits, or sustain decades-long research with uncertain commercial returns. Leading private aerospace and space exploration companies like SpaceX can build the rockets, but it cannot negotiate the international treaties that will govern lunar mining. Blue Origin can design habitats, but it cannot defend them from hostile actors.

When President Kennedy committed to Apollo, the goal was advancing human knowledge, not quarterly earnings. The technologies that emerged, including integrated circuits and freeze-dried food, were not developed because they had obvious market applications. They emerged because NASA had the mandate and resources to pursue fundamental research without immediate profit pressure. SpaceX is vital—revolutionary even—but it is a tool, not a strategy. The U.S. needs both the entrepreneurial efficiency of private space firms and the sovereign authority of a properly funded NASA. One without the other leaves America vulnerable.

The Cost and Payoff of Space

Critics reasonably ask whether space investment makes sense when infrastructure crumbles and inequality grows at home; it is a false choice. NASA’s budget currently stands at $24.4 billion—about 0.35% of federal spending, less than Americans spend on pet food annually. The Apollo program, by contrast, peaked at 4.5% of the federal budget. Even a more modest increase to 1% ($70 billion) would be dwarfed by Pentagon spending of $850 billion, much of which funds legacy systems designed for conflicts that may never materialize. 

Beyond the modest cost, space investment multiplies wealth rather than consuming it. NASA historically returns three dollars for every dollar of taxpayer money spent, spurring innovations from MRI machines to water purification systems to GPS technology that now underpins $1.4 trillion in annual economic activity. The technologies needed for Mars colonization, closed-loop life support, advanced materials, and AI-driven resource management are precisely the ones we need to address climate change and resource scarcity on Earth. Vertical farming techniques developed for space stations could revolutionize urban agriculture. The research is not separate from Earth’s problems; it is directly applicable to solving them.

Resources, Leverage, and the Lunar Economy

Consider rare earth elements, the minerals essential for everything from smartphones to missile guidance systems. China currently controls 70% of global production and 90% of processing. When Beijing briefly restricted rare-earth exports to Japan in 2010 during a territorial dispute, it demonstrated the geopolitical leverage these resources can yield, triggering a global supply chain panic. A single mineral-rich asteroid contains more platinum-group metals than have ever been mined here on Earth– enough to crash commodity markets or, more strategically, to eliminate resource dependence entirely. The lunar crust holds helium-3, a potential fusion fuel that does not exist in extractable quantities on Earth. Once relegated to the realm of science fiction, these resources have matured into strategic assets that will define great power competition in the coming decades. 

If China establishes a monopoly on extraterrestrial mining, American technological independence ends, regardless of our terrestrial policies. Every advanced battery, every precision-guided weapon, every high-performance computer, would depend on Chinese goodwill or precision. The implications are staggering for both America’s national security and the long-term health of its economy. 

A 1% Strategy 

What would 1% of Federal spending look like in practice? It means Artemis missions every year, not every few years. It means a permanent lunar-based operation by 2035. It means American astronauts on Mars by 2040. Most critically, it means transforming NASA from a builder into what it should be: a strategic investor that de-risks ambitious projects for private companies, much like DARPA does for defense technology. NASA would fund the high-risk, long-horizon research, such as fusion propulsion, closed-loop life support, and in-situ resource utilization, while companies like SpaceX and Blue Origin handle the engineering and operations.

Congress should establish a Space Exploration Trust Fund, insulated from annual appropriations battles, that provides multi-decade budget stability. The Highway Trust Fund, which provides funding for federal highways, works because infrastructure projects take years; space missions take decades. Artemis took over a decade to reach the launch pad, with constant budget uncertainty threatening cancellation at every turn. China does not have this problem because its space program operates on 15-year plans with guaranteed funding. We cannot compete when our commitments expire every fiscal year.

The Stakes of Turning Inward

The choice is not between space exploration and domestic priorities. It is between leading the domain that will define 21st-century geopolitics or ceding that domain to China by default. History offers a cautionary tale: In the 15th century, China possessed the world’s most advanced navy under Admiral Zheng He, reaching Africa decades before Europeans rounded the Cape. Then the Ming Dynasty turned inwards, scrapped the fleet, and banned ocean-going vessels. Within a century, European powers had colonized the world while China stagnated. The decision to abandon exploration did not preserve Chinese resources for domestic priorities—it guaranteed Chinese irrelevance for the next 400 years.

Space is not the final frontier because there is nothing beyond it—it is the final frontier because whoever controls it shapes everything that happens below. President Kennedy understood that in 1962. The question is whether we still understand it today, or whether future historians will mark this era as the moment America chose comfort over ambition, and lost both.

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This article was edited by Samantha Morales and Ella Keddy.