Europe Builds the World’s Best Satellites, Then Rents SpaceX to Launch Them

Europe can build a satellite that guides a car through a tunnel, spots a wildfire from orbit, or timestamps a financial trade to the nanosecond. What it increasingly cannot do is put that satellite into space on a European rocket. The continent that helped invent modern spaceflight now finds itself stuck on a smaller, more uncomfortable question: not how to reach the stars, but how to catch a ride there.

Policy experts keep describing Europe as caught between a rock and a hard place, and the phrase fits – though it flatters the situation. A rock and a hard place implies bad luck. Europe’s launch predicament looks more like a bill coming due: the slow, compounding cost of choices made long ago about how to build rockets, award contracts and share out the work. The dependence everyone laments was not simply done to Europe. In large part, Europe designed it.

The scale of the gap is stark. In 2025 the United States carried out 193 launches and China 93; European firms managed seven. Europe’s new flagship rocket, Ariane 6, finally flew in early 2025 – roughly five years behind schedule and, by design, without the reusable first stage that let SpaceX drive its prices through the floor. A single Ariane flight can cost up to three times a Falcon 9. When the sums are that lopsided, “sovereign access to space” stops being a slogan and starts reading like an invoice.

Ask why, and the answer is rarely a shortage of engineering talent – Europe has that in abundance. The constraint is institutional. The European Space Agency’s “geographic return” rule hands contracts to member states roughly in proportion to what they pay in, scattering a rocket’s parts across the map for political balance rather than for speed or cost. Big decisions pass through a room of national representatives. It is a system built for fairness and collaboration – admirable instincts that, pointed at a cut-throat commercial launch market, tend to produce something slow, fragmented and expensive.

The consequences now reach the most sensitive corners of the European project. Some of the bloc’s own Galileo navigation satellites have gone to orbit on SpaceX’s Falcon 9. Austria booked SpaceX to carry its first military satellite. The European Commission itself signed a nine-figure deal with the very company its officials privately wish they did not need. ESA’s space transportation director has conceded the arrangement “isn’t ideal,” even while insisting the goal is to launch “what we want when we want.” Wanting it, and being able to afford it on European hardware, are not yet the same thing.

The reflex response is money, and Europe has supplied it – public space funding roughly doubled over the past decade. Yet output did not double with it, which suggests the shortage was never really cash. The newer instinct is regulation: an EU Space Act meant to bring order to a chaotic market. Order is welcome; more committee, less so. If the law layers fresh rules onto the same fragmented machinery, it risks treating the symptom while quietly feeding the disease – and it has reportedly already unsettled partner states and allies who expected a helping hand, not a thicker rulebook.

There is a version of this story that ends well. Norway has begun testing a new spaceport; startups across the continent are chasing the reusable rocket Europe declined to build the first time around. The wonder that put Galileo overhead has not gone anywhere. But the window is not generous, and every strategic satellite that rides up on someone else’s rocket is one more data point in a quiet argument about who Europe can truly rely on. For now the most honest answer is a company one social-media post away from changing its mind. Europe built brilliant machines to watch over the world. It forgot to build the thing that lifts them.

Tags: SpaceX, Ariane 6, European Space Agency, Galileo, rockets, space launch