The new space economy: how private industry took over

Your GPS knows where you are. Your package tracking works in real time. A farmer in Kenya gets daily satellite imagery of her crops. None of this required any government space program. It happened because, sometime between 2010 and 2020, the cost of reaching orbit dropped by 95%. That shift didn’t come from NASA or ESA. It came from a startup founded in a Los Angeles warehouse, backed by Silicon Valley capital, with a single obsession: treating space access as an engineering problem to be solved industrially, not a national prestige project to be funded indefinitely.

That shift has a name: the New Space economy. It doesn’t refer to a specific technology. It describes a structural change in who builds space infrastructure, who pays for it, and who captures the value it creates. Space has moved from a state monopoly to a competitive marketplace, complete with venture capital, subscription revenues, geopolitical rivalries, and billion-dollar IPO ambitions. In 2024, the global space economy reached $613 billion. By 2032, it could cross $1 trillion.

Understanding the New Space economy means understanding why an infrastructure that once seemed impossibly remote is now quietly reorganizing global connectivity, precision agriculture, national defense, and possibly the long-term survival of our species. Most of that story doesn’t make the headlines. This Fundamental does.

Part 1, Why Space Became a Market

The end of the state monopoly

The space race of the twentieth century was a Cold War product. The United States and the Soviet Union poured resources into orbit for strategic and prestige reasons, with no concern for commercial return. Apollo, Soyuz, the Space Shuttle: all were government-funded and agency-operated. NASA, ESA, Roscosmos held the keys. Space was simply too expensive, too dangerous, and too politically sensitive to be left to the private sector.

Two events cracked that model open. First, the Soviet collapse in 1991 ended the logic of prestige competition. Space budgets flatlined for two decades. Then, in the United States, the Commercial Space Launch Act of 1984, significantly strengthened in 1998 and again in 2015, progressively allowed private companies to operate launches, exploit space resources, and commercialize orbital services. That regulatory opening created the conditions for a new generation of entrepreneurs (Elon Musk, Jeff Bezos, Peter Beck) who looked at space not as a frontier to be claimed, but as infrastructure to be built.

The cost collapse: the number that changed everything

The central fact of the New Space era is deceptively simple. Sending one kilogram to low Earth orbit (LEO) cost roughly $60,000 aboard the Space Shuttle in the 1990s. By 2024, a Falcon 9 launch from SpaceX puts that same kilogram in orbit for around $2,700, a 95% reduction in three decades.

That collapse didn’t result from a single breakthrough. It came from a combination of systemic changes: rocket reusability (the first stage lands and flies again rather than being discarded), standardized mass production of components, and full vertical integration. SpaceX builds its own engines, manufactures its own satellites, operates its own ground stations, and controls the entire value chain. What the legacy aerospace industry considered impossible became a decisive competitive advantage.