I had hoped to live long enough to see a German company put satellites into orbit. I had simply assumed that, by then, I would be preserved in a cryogenic chamber, awaiting both a medical breakthrough and the completion of the public consultation period.
Then Isar Aerospace went and did it.
On 5 September 2026, at 10:12 p.m. Central European Summer Time, the company’s Spectrum rocket lifted off from Andøya in Norway. On only its second flight, it reached orbit and, according to Isar Aerospace, successfully deployed payloads. Somewhere beneath that ascending flame, a continent acquired fresh evidence that things can actually happen here.
As a Bavarian, I must admit that the name alone had already secured my emotional investment. Isar Aerospace. A river through Munich, followed by a word suggesting that somebody has finally found a practical way around the traffic. It sounds local and wildly ambitious at once, like discovering that your neighbourhood bakery has developed a heat shield.
The roots are satisfyingly concrete. Daniel Metzler, Josef Fleischmann and Markus Brandl studied at the Technical University of Munich and founded the company in 2018. Early prototypes emerged from UnternehmerTUM’s MakerSpace workshop. Students worked on engines, acquired tools, and eventually produced something that required a Norwegian launch site. Most student projects become a PDF. This one became a departure.
Spectrum itself is 28 metres tall and designed to carry up to a tonne into low Earth orbit. That is a useful amount of satellite, or, in my imaginary European administrative system, approximately half the supporting documentation required to explain why you need a rocket.
The temptation to make paperwork jokes is irresistible. Give a European engineer a difficult problem and there is a decent chance of getting an ingenious solution. Give the surrounding institutions enough time and the solution may acquire a steering committee, a stakeholder dialogue and a website featuring a woman pointing thoughtfully at glass.
Eventually, someone will suggest a pilot project. The pilot project will investigate whether a demonstration programme could establish the feasibility of a roadmap. Gravity, meanwhile, will continue operating without an impact assessment.
Yet the actual history resists becoming a comfortable little fable about heroic engineers and obstructive officials. Spectrum’s first flight in March 2025 ended after roughly thirty seconds. The vehicle fell into the sea. The company investigated, identified technical problems and made corrections. Reaching orbit required the unglamorous discipline of finding out what had gone wrong.
This is an awkward process for any culture that would prefer innovation to arrive fully tested, competitively priced and carrying references from three previous customers. A new rocket has particularly poor references. Its previous employer was physics, which declined to comment.
Then there was the boat.
During a March 2026 launch attempt, an unauthorised vessel entered the designated danger zone. The resulting delay helped force an abort after the vehicle’s engine fuel temperature rose. Eight years of corporate history, formidable engineering, and a countdown interrupted by maritime traffic. If a novelist had written it, an editor would have asked for something less obviously symbolic.
It also illustrates why some rules deserve enthusiastic compliance. People in boats have a legitimate interest in remaining people in boats. Nobody needs a launch industry whose customer service department begins every reply with “Technically, you were warned.”
A sensible system makes the safety requirements clear and the decisions timely. The bureaucratic vice is the multiplication of procedures until everybody can prove they followed the process and nobody can explain what the process achieved. A rocket provides a refreshingly brutal audit: at some point, it has to go up.
Europe also deserves a fairer account of its own achievements. Ariane first flew from French Guiana in 1979. Isar joins a substantial spacefaring tradition. Its university origins and support through ESA’s Boost! programme belong in this story alongside private investment and entrepreneurial nerve. The institutions supplied more than stationery. Some of them helped make the rocket possible.
The practical prize is choice. Another capable launch provider gives satellite operators another option and Europe more room to manoeuvre. Politicians call this “strategic autonomy,” an expression usually delivered beside enough flags to upholster a hotel. Here, the phrase acquires a welcome physical meaning: engines, manufacturing skills, a launch pad, and people who know how to use them. I find that reassuring. Should the international situation become awkward, it will be useful to have something in the cupboard besides a strongly worded statement and the photographer’s invoice.
That makes this success especially interesting. Europe already contains the ingredients: capable researchers, skilled manufacturers, ambitious founders and public institutions willing to back difficult work. The challenge is getting those ingredients into the same machine before the youngest participant qualifies for a pension.
One successful flight leaves plenty to prove. Customers will want dependable schedules, repeatable performance and prices that survive contact with an accountant. A launch company earns its future by making the extraordinary sufficiently routine that somebody eventually complains about the catering.
For now, though, I intend to enjoy this. There is something profoundly cheering about watching people who once worked on student rockets send hardware into orbit. It enlarges the range of things a young engineer might reasonably imagine doing with a life.
And for a Bavarian, “Isar Aerospace” will take some beating.
I trust the appropriate authorities will permit a brief period of excessive optimism. Applications should be submitted promptly.
The rocket has already left.
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