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Isar Aerospace Reaches Orbit
Updated 1 updatesince 30 outlets
Isar Aerospace successfully launched its Spectrum rocket into orbit on September 5, 2026, during its second test flight, marking a significant milestone for the new launch company.
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Isar Aerospace's Spectrum rocket reached orbit on September 5, 2026, during its second test flight, successfully deploying multiple payloads into low Earth orbit.
30 sources · CNBC, Isar Aerospace
- Origin Sep 7, 2026
The story so far
As of September 7, 2026
A German startup has just done something Europe had not: put satellites into orbit with a privately built rocket launched from European soil. Isar Aerospace’s two‑stage Spectrum lifted off from Andøya Space in northern Norway at 10:12 pm CEST on September 5 on its second test flight, reached orbit, fired its upper‑stage engine again to make the path around Earth round, and then released five small satellites plus an attached science experiment a little under two hours after liftoff.
This turns a chronic European problem into a live market test. Europe has been short on launch slots while moving off Ariane 5 and into Ariane 6, and small satellite operators have leaned on foreign providers. Last year the United States launched 198 rockets, Europe eight. Spectrum can carry up to 1,000 kilograms to low Earth orbit, Andøya is now proven as an orbital spaceport, and Isar holds multi‑year exclusive access to its first pad, giving European customers a home‑continent option for polar and other high‑inclination orbits used by imaging and communications fleets.
The flight worked because the company closed the loop on what went wrong before. Spectrum’s first try in March 2025 failed less than a minute after liftoff when a vent valve opened and the rocket lost control during an early roll. This year brought a string of scrubs for a pressurization valve, bad weather, an intruding boat, and a leak in a high‑pressure tank. The second flight cleared those hurdles, completed the expected engine shutdowns and staging, coasted to the right point, restarted the upper engine to round out the orbit, and deployed its payloads. Those payloads came through Germany’s Microlauncher Competition, part of an ESA program that funds low‑cost rides to space for startups and universities.
Now the question is cadence. Vehicles three through seven are already in production, a new 40,000‑square‑meter factory near Munich is intended to lift output toward 30 to 40 rockets a year, and bookings run through 2028. The mission also ticked the key box in the European Launcher Challenge, a public program that required an orbital launch by 2027, two years early. Isar is preparing a second launch site in Nova Scotia to widen its reach. What is at stake is whether a first success can become a steady European launch service that customers plan around rather than queue for elsewhere.
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