Europe’s deep-tech opportunity may not be another AI model, but rather a factory that operates hundreds of kilometers above Earth.
That idea is moving from science fiction to commercial experimentation as European companies build systems that use microgravity to manufacture pharmaceuticals, advanced materials, and other products that are difficult to make on Earth.
The latest signal comes from Luxembourg-based Space Cargo Unlimited. On September 1, 2026, the company announced a strategic investment in Novespace, the CNES subsidiary that operates Europe’s parabolic-flight research platform, which would connect short-duration microgravity testing with Space Cargo’s longer-term ambition to develop repeatable in-orbit manufacturing.
At the center is BentoBox, a modular, autonomous “space factory” designed to host multiple payloads and return manufactured material to Earth.
Space Cargo has also secured a contract to conduct in-space manufacturing aboard SpaceX’s Starfall re-entry vehicle, targeting a 2028 mission with capacity of up to one metric ton.
The significance is less about sending experiments into space than creating an industrial pipeline that tests a process in microgravity, moves it to orbital production, recovers the output, and determines whether the economics justify scaling it.
Why manufacture in microgravity?
Gravity affects how fluids mix, particles settle, and crystals form. Removing most of those effects can create conditions that are difficult to reproduce on Earth.
Pharmaceutical research is one of the most closely-watched applications. Researchers are investigating whether microgravity can improve crystal formation and drug formulations, while companies are exploring bioprinting and other biological processes.
Reuters reported on September 17 that drugmakers are preparing for a new phase of space-based pharmaceutical research as the International Space Station approaches retirement, and the opportunity extends beyond medicine.
The UK Space Agency is funding studies into producing optical fibers, semiconductors and life-saving medicines in orbit, citing microgravity, natural vacuum and extreme temperatures as potentially useful manufacturing conditions.
“Space is no longer a niche pursuit reserved for astronauts, governments and deep exploration. It’s a multi-billion-pound commercial industry with growing relevance to every sector imaginable,” said Daniel Smith, founder of Edinburgh-based AstroAgency, the world’s first strategic communications firm dedicated exclusively to the commercial space sector.
Interested parties continuously emerge around the world. Just last year, in fact, AstroAgency finalized two transatlantic partnerships with U.S.-based Voyager Technologies and Cislunar International.
Current opportunities could thus make space manufacturing relevant to Europe’s industrial strategy. Instead of treating orbit solely as a destination for satellites, Europe is beginning to view it as another production environment.
And infrastructure is also starting to emerge. ESA’s Business in Space Growth Network operates an accelerator focused on advanced materials and in-orbit manufacturing, supporting startups, small businesses and larger companies moving space-based research toward commercialization.
In June 2026, the European Commission and five other nations backed a pilot for in-space operations and services that includes manufacturing among its targeted capabilities.
But commercial viability remains the central test. Launching material into orbit, operating autonomous systems in a harsh environment and safely returning products to Earth are expensive and technically demanding. Manufacturing in space only makes sense if the finished product has enough value to justify those costs.
The firms that solve that equation could turn microgravity from a scientific advantage into a repeatable industrial capability with customers, revenues and defensible intellectual property.
The end of the ISS era makes that question more urgent. Commercial platforms are expected to play a larger role in research and manufacturing, but the industry still needs repeatable launch opportunities, reliable return services, customers willing to pay for space-produced products and regulatory pathways for goods intended for use on Earth.
Looking up – towards the future
Europe has an opportunity to build the required ecosystem before the market matures elsewhere: Novespace provides a testing layer; ESA and national programs provide research and commercialization support; and startups are attempting to build the orbital manufacturing infrastructure itself.
The next European space race may therefore not be about reaching orbit, but, quite simply, about making something get there that is valuable enough to bring back.
