Tech and AI
Europe's first privately built rocket reaches orbit on its second attempt
By Staff Writer | 7 September 2026
Eighteen months after its first vehicle fell into the sea thirty seconds after lift-off, a German launch company has put customer satellites into orbit from northern Norway. Europe now has a commercial launcher it does not have to buy from a government.
Isar Aerospace's Spectrum rocket lifted off from the company's own launch complex at Andoya Space, on an island off the coast of northern Norway, at 22:12 Central European Summer Time on Saturday 5 September 2026, and deployed its payloads in orbit. The company says it is the first commercial space company from Europe to deliver satellites into orbit, and it did so on the vehicle's second flight.
The first flight had not gone well. Spectrum's maiden launch on 30 March 2025 was terminated about thirty seconds after lift-off and the rocket fell into the sea near the launch site. The corrective work reported after the failure was a revision of the vehicle's software and a widening of its operating margins, and both stages of Saturday's vehicle passed static firing tests before it went to the pad.
What flew
The mission, named Onward and Upward, was formally a qualification flight, intended to prove the vehicle under operating conditions. It nevertheless carried customer payloads: five cubesats and one experiment, selected through the German Space Agency's Microlauncher Competition, a scheme run from the DLR that gives universities and start-ups low cost rides to orbit and is funded through the European Space Agency's Boost! programme. The trajectory was to a sun-synchronous orbit, the polar orbit that Earth observation satellites use, which is the market the Norwegian site is placed to serve.
On the company's own account the vehicle passed through maximum aerodynamic pressure, shut down its first stage engines, separated its stages, ignited the second stage, crossed the 100 kilometre line, jettisoned its fairing, reached orbital velocity, completed a circularisation burn and released the spacecraft. It said it was working with the customers to confirm the status of their satellites.
Today, Isar Aerospace opened space from Continental Europe. Launch continues to be the largest bottleneck for the global space industry and from today on, there is a true alternative for commercial and institutional customers
Daniel Metzler, chief executive and co-founder of Isar Aerospace
Why the continent cares
Until Saturday, Europe's routes to orbit ran through launchers developed and largely funded by governments, and much of the small satellite market went to American providers. The political case for a home grown alternative has hardened since Russian rockets became unavailable to European customers after the invasion of Ukraine, and the European Space Agency has adopted a preference for buying European. A company that can fly from Norway, and is building a second launch complex in Nova Scotia to reach a wider range of orbits, gives European satellite operators and defence ministries a supplier on their own side of the Atlantic.
We achieved within a few years what had taken the European space industry decades before. Europe now has sovereign access to space. We have entered into a new chapter for European spaceflight.
Daniel Metzler, chief executive and co-founder of Isar Aerospace
Spectrum vehicles three to seven are already in production. The company says its new 40,000 square metre factory will eventually be able to build up to 40 launch vehicles a year.
The engineering behind the headline
The company was founded in 2018, is headquartered near Munich and employs more than 400 people across five sites. Its rockets are developed, built and tested almost entirely in house, and the company describes the factory, rather than any single vehicle, as the real product: a vertically integrated line with a high degree of automation, designed so that production can be scaled once the design is proven. Saturday was the proof.
Two points travel beyond the space industry. The first is that the failure of March 2025 was not the end of the programme but a data set; the company found the fault, changed the design and flew again within eighteen months, which is how engineering is meant to work when the owner has the capital to tolerate one loss. The second is that the customers on this flight were universities and start-ups whose satellites were selected by a public competition, so the first commercial European payloads to orbit were, in the end, publicly sponsored. The market for the next forty vehicles will decide whether the word sovereign in the chief executive's statement describes a capability or a business.