On September 5 at 10:12 PM, from Andøya Space Center in Norway, inside the Arctic Circle, a 28-meter rocket lifted off. About seven minutes later, it reached orbit — an elliptical one with a perigee near 180 km and apogee near 500 km. The subsequent circularization burn and payload deployment were all confirmed successful. Space.com's headline used the phrase "makes history," without exaggeration: this was the first time a rocket launched from continental European soil delivered a payload into orbit.
The company behind it is Isar Aerospace, headquartered in Munich. Private. Founded in 2018.
Why "First Orbital Launch from Continental Europe" Is a Real Headline
Let's clarify the terms first: Russia's Plesetsk Cosmodrome is also on the European continent and has been flying for about sixty years. Space.com's framing is that this was the first from Western European soil. Norway is not an EU member, Andøya sits inside the Arctic Circle, and this launch did not piggyback on the EU's existing launch infrastructure.
Why does Europe care about this flight? Some background: after 2022, Europe's own launch programs stumbled one after another — the Soyuz intermediary arrangement was voided, Vega and Ariane next-generation models slipped repeatedly, and "autonomous access to space" became a recurring phrase in Brussels documents. The European Commission issued a statement on launch day using exactly that phrase. This rocket received funding from ESA's "Boost!" program — a program designed specifically to support commercial launch vehicles.
18 Months of Delays, Leading to a "Second Attempt"
Spectrum is a two-stage rocket with ten engines in total; the second stage uses the vacuum-optimized, restartable Aquila. Payload capacity is one ton to low Earth orbit. It is built at a factory near Munich with an annual capacity of more than thirty launches — a mass-production mindset, aimed at being a "workhorse for small satellites."
The first flight was actually on March 30, 2025; it lasted about thirty seconds before it was gone. The investigation attributed the failure to an unexpectedly opened exhaust valve causing a loss of roll control.
Then came a chain of delays for the second flight, each with a different reason:
- January 2026: delayed by a pressurization valve issue
- March 2026: weather and a ship that strayed into the hazard area
- April 9, 2026: a leak in a composite pressure vessel
- June 15, 2026: anomalous behavior in the fluid system
- September 5, 2026: orbital success
Chief engineer Nikolaos Perakis said afterward: "We've had setbacks, but we came back stronger from them." And a more grounded line: "This is just the beginning."
Three Reasons to Keep Watching
First, a European variable in the launch market. One-ton-class low-Earth-orbit capacity with a production design of thirty launches a year targets bulk small-satellite deployment. That market's price anchor is currently set by SpaceX, and Isar's pricing has yet to be tested — whether it can compete will depend on the cadence after the third flight.
Second, a two-continent footprint. Space.com's related reporting notes that Isar has leased a launch site in Nova Scotia, Canada, for $150 million. Built in Europe, flown from the Arctic Circle, with a second site on the Atlantic's western shore — launch-window geography is being bought as an asset.
Third, the precedent effect. Among the commercial launchers supported by ESA's Boost! program, Isar is the first to reach orbit. Several European peers in the same cohort are watching how quickly this precedent can be replicated.
No date has been set for the third flight. Perakis says he is "very much looking forward to what comes next," and the company has given no figures. When continental Europe's *second* orbital launch arrives will say more than the first about whether this is a real business.