How America cornered the space industry

A directory is a confession of priorities. Build a global database of every working space company you can verify and the result is never a clean map of the world; it's a map of where the money, the talent, and the launch pads happen to be. Ours has 1,752 organisations on it. Seven hundred and seventy-five of them are in one country.

The United States accounts for 44.2 percent of the directory by itself. Add the next nine countries — the United Kingdom, France, Germany, Japan, China, India, Canada, Australia, Spain — and you've covered three quarters of the global space industry. Drop the U.S. and the next ten combined come to 574 organisations: still well behind the American total. There is no other industry of comparable scale and strategic importance — not energy, not defence, not pharmaceuticals — where one country sits this far ahead of the field.

It hasn't always been like this. In the late 1980s the Soviet Union was launching twice as many rockets a year as the U.S. and operating the only continuously crewed space station. France's CNES was running an orbital launcher business that ESA's Ariane has carried profitably ever since. Japan's Mitsubishi Heavy Industries had its own H-II family. By any reasonable measure the early-1990s industry was multi-polar. The lopsidedness in the data above is the work of the past quarter century — and most of it the work of the past fifteen years.

How a public-private split became a manufacturing wave

The first thing that happened was structural. Through the 1990s the European, Russian, Japanese and Chinese space programs all stayed roughly where they had been: government-led, with one or two prime contractors and a small ecosystem of suppliers. The U.S. did the same thing for most of the decade. What broke the pattern was the U.S. government deciding, beginning around 2006, that it was going to procure orbital cargo and crew transport on a fixed-price basis from any private operator that could deliver. Commercial Orbital Transportation Services and then Commercial Crew were tiny line items by NASA standards — the original COTS award to SpaceX was $278 million. They were enough to convince private investors that a U.S. company could expect government revenue without selling itself entirely to the government. ULA's monopoly on national-security launch was broken in 2014. The first Falcon 9 booster landed in 2015. By the time China and Europe started thinking seriously about reusable launchers, U.S. private capital had already poured a decade of investment into one.

Once cheap launch arrived everything else followed. There are 290 satellite-manufacturing companies in our database; most of them were founded after 2010 and most of them are American, because that's where the launches were. Earth-observation and connectivity constellations — Planet, Starlink, Iridium, Spire, BlackSky, Capella, Umbra — bought the lift, manufactured the buses, hired the analysts. The U.S. sub-tier supply chain ballooned to fill the demand. By 2024 SpaceX alone was launching more mass to orbit than every other nation in the world combined, in any given month. That gravitational pull is what converted "the U.S. has lots of space companies" into "the U.S. has most of them".

The countries actually keeping up

Among the runners-up the data tells a more interesting story than the headline numbers suggest.

The United Kingdom, at 115 organisations, is genuinely impressive given the absence of a domestic crewed program or a heavy-lift launcher. The UK ecosystem has organised itself around small satellites and ground systems — Surrey Satellite Technology has been the seed for most of it, and Glasgow has more cubesat-bus manufacturers per capita than any city outside California. The Scottish Highlands have two operational vertical launch sites being commissioned. Britain is also the second-largest commercial-insurance market for space risk after New York, which is rarely listed in space-industry rankings but employs more analysts than most of the rocket programs do.

France (77) and Germany (68) are largely the European industrial base for ESA — Airbus Defence and Space, Thales Alenia Space, ArianeGroup, OHB, MT Aerospace. The numbers feel low relative to the actual industrial weight, because our directory counts companies rather than employees; Airbus Defence and Space is one entry but tens of thousands of people. Germany has a particularly active small-launcher cluster (Isar, RFA, HyImpulse), all founded since 2018, all chasing the same European institutional smallsat market.

Japan (56) is the most underrated. Nearly all of Japan's space activity has historically gone through JAXA and a tight prime-contractor circle around Mitsubishi Heavy and IHI. The post-2018 wave of private startups — ispace, Astroscale, ALE, Synspective, Pale Blue, Interstellar Technologies — has restructured the market entirely. Astroscale went public on the Tokyo Stock Exchange in 2024 and now operates a U.S. subsidiary on its own Space Force contracts. ispace lands hardware on the Moon and is selling NASA, ESA and JAXA payloads. The Japanese cohort is small but, in our data, has the highest ratio of operational-status companies to total-listed of any country in the top 15.

China (53) is conspicuously low. The number is real for a directory of organisations we can verify against open sources: many Chinese commercial-space firms operate in a regulatory and disclosure environment that doesn't produce the kind of evidence we require. The country's actual industrial activity is much larger than 53 suggests. The reverse is true for India (51): every entry there is fully verifiable, every funding round publicly disclosed, every company a beneficiary of the 2020 reforms that opened satellite manufacturing and launch to the private sector. India is going to keep gaining on this list every year for the next decade.

The remaining members of the top fifteen — Canada, Australia, Spain, Italy, South Korea, Israel, Switzerland, Netherlands — are each their own special case. Canada has the world's deepest concentration of space-robotics expertise (the Canadarm programs survived three different prime contractors), but very little launch. Australia has Gilmour, Skykraft and a national agency that's six years old. Israel is a defence-industrial story with one civilian success (Bereshit, on the way to a second attempt). The Netherlands is mostly Innoseis, ISIS, Hyperion and the European thin-film-deposition supply chain that keeps every smallsat solar-array on orbit.

The asymmetries that the data hides

Three things worth saying about all of this, since headline counts can mislead.

First, our American 775 includes a long tail of barely-going-concern startups and one-person consultancies. The U.S. ratio of operational-status to total-listed is lower than Japan's. There's something American about the sheer number of two-people-and-a-LinkedIn-page space companies that get themselves into a directory; the German ecosystem is much more conservative about public claims. If you re-rank only by companies that are demonstrably operational, the U.S. lead shrinks somewhat — though it's still well over half the world.

Second, the U.K. number includes everything from Reaction Engines (now operating under government ownership) to Surrey Satellite to half a dozen one-room outfits in Harwell. Britain is a strange combination of disproportionately deep institutional capability and disproportionately small investor enthusiasm: the UK Space Agency has a budget of around £600 million; American space VCs collectively wrote about $4 billion in cheques in 2024. The U.K. number could easily be twice as high if anyone was funding the founders.

Third, the most telling single statistic isn't a country figure at all. Of our 1,752 organisations, 118 have a publicly traded ticker. Eighty-two of those 118 are American. Of the 90 companies in our database with a disclosed market capitalisation, 78 are American. That's where the actual industrial weight has settled — not in the per-country company counts but in who has access to public capital. China and Europe and India can spin up new entrants forever; until somewhere outside the U.S. develops a public space market that isn't routed through ESA or a state-owned conglomerate, the asymmetry will persist.

The American advantage compounds. SpaceX going public, if and when it does at the rumoured $1.75 trillion valuation, will be the single largest IPO in U.S. history. The capital that floods in will buy more launches, fund more startups, hire more engineers, anchor more suppliers. Within a decade we'll be writing this same article and the number will probably be eight hundred and fifty.

Counts above derive from the 1,752-company New Space Tracker directory as of April 2026 — see the United States, United Kingdom, Japan, China and India country pages for the underlying lists.