The space launch crisis is 'more severe' than anticipated

A new report from the analytics firm Quilty Space confirms what industry insiders have felt in practice: the world outside China faces a deficit of roughly 150 launches between now and 2030. The number is not abstract — behind it are earth-observation satellites, internet constellations, and scientific missions stacked in waitlists that have jumped from 12 to as many as 36 months.

What the report finds

The Quilty Space study compares the projected demand of satellite operators and civil space agencies against the supply of available commercial rockets. The result: a structural gap of approximately 150 launches. If United States defense sector demand is included — the report does not yet account for the Space Force's recent surge in launch orders — the deficit could double, extending the crisis into the late 2030s.

2028 will be the critical year. From then on, the picture should gradually ease as new rockets come online, but the maturation timeline is long and uncertain.

Why the crisis arrived now

The situation is the result of multiple overlapping pressures. The first is SpaceX's decision to discontinue the Falcon 9 as a commercial service. Since its debut in 2010, the reusable rocket has dominated the market, responsible for more than 80% of all mass launched into orbit. The company has stopped accepting reservations beyond 2028, focusing on the transition to Starship. The problem is that Starship, despite reaching orbit for the first time on September 28, will be prioritized in coming years for Starlink itself — which generated US$11.4 billion in revenue in 2025, nearly two-thirds of SpaceX's total revenue — and for AI orbital data center projects.

The war in Ukraine, which began in 2022, removed about one-fifth of global launch capacity from the Western market, including Soyuz rockets and many commercial launches that relied on the Baikonur cosmodrome. Europe, with its Ariane rockets, and India, with the PSLV, launch only a few times per year — insufficient capacity to fill the gap.

Meanwhile, the New Glenn (Blue Origin), the Vulcan (United Launch Alliance), the Neutron (Rocket Lab), the Terran R (Relativity) and the Nova (Stoke Space) — all designed to fill exactly this void — face development delays that have stretched for years. The New Glenn, which Blue Origin had never funded with outside capital in 26 years, opened its first investment round in 2026 and was already oversubscribed, with return to flight targeted for year-end. The Vulcan, which finally flew on its debut, still has not achieved the necessary cadence.

The paradox of SpaceX's success

Matt Hausman, a former SpaceX engineer at the University of Illinois Urbana-Champaign, noted that the launch capacity crunch is in part a result of SpaceX's own success. By reducing launch costs by a factor of ten or more, the company made it far more accessible for smaller players to enter space. The result was an explosion of satellite demand that no single launch provider could keep up with.

The outcome has been a market that became investable precisely through scarcity. The launch sector raised US$7.8 billion in 2026 by Pure Launch — a historical record — with 58 investment rounds tied to the theme. Space Capital reported that in the third quarter alone, US$92.5 billion was injected into the sector, making 2026 the first year to cross US$100 billion in total investment.

The industry's response

Companies are adopting increasingly aggressive strategies. Some executives are turning to "costly strategies to ensure they can fly," including developing their own rockets or potentially acquiring a launch company, as the Wall Street Journal reported. Launch prices are already beginning to climb.

Europe surprised positively: Isar Aerospace reached orbit from Andøya on September 5, becoming the first commercial rocket to launch from Western European soil, while Ariane 6 flew its first geostationary mission in August. One European rocket is already booked through 2028 — and serving whoever needs a ride.

In China, the Long March 10B recovered a booster at sea during its maiden flight in July, and the Zhuque-3 was landed in August. India achieved its first private rocket orbit with Skyroot. None of these providers is expected to remain a pure launch company for long.

What to watch

The launch crisis is a rare case of a market where structural scarcity becomes an investment incentive at scale. The central question is which provider will fill the void in 2028-2030: China, with its integrated civil-defense capability; Europe, with Ariane and new commercial entrants; or the United States, with Neutron, Nova and others? If the US government reaches its goal of 1,000 launches and reentries per year by 2030 — approximately five times the current rate — the sector will have to scale at an unprecedented pace in aerospace history.

What appears to be a rocket logistics problem is revealing itself as an industrial capacity test that defines whether space in the 21st century will be an abundant resource or a scarce one, and whoever controls that resource will control the communication, observation, and security infrastructure of the planet for the next fifty years.

Sources: Ars Technica, New Scientist, Space Capital

✓ Independent sources cross-checked and verified before publishing