Isar Aerospace puts Spectrum into orbit from Andøya on its second flight

Isar Aerospace’s two-stage Spectrum rocket left the pad at Andøya Spaceport in northern Norway at 22:12 CEST on 5 September and reached orbit. The German company later said all five CubeSats on the flight had been deployed after a circularisation burn. The mission name was Onward and Upward. Among the payloads was Framsat 1, built by students at the Norwegian University of Science and Technology, plus other small satellites chosen through the German Space Agency’s Microlauncher Competition, funded in part by ESA’s Boost! programme.

Chief executive Daniel Metzler called it sovereign European access to space. “We achieved within a few years what had taken the European space industry decades before,” he said. “We will now focus on rapidly scaling launch vehicle production, deliver on our order pipeline, and meet surging global demand.”

A second flight after a 30-second first try

Spectrum’s first attempt, on 29 March 2025 from the same range, lasted about 30 seconds. The rocket fell a few hundred metres up and exploded in the sea. A later window in June 2026 did not produce a launch. The September slot ran from 4 to 10 September. An attempt planned for the first day of that window was called off eight hours before liftoff. Saturday night’s flight was the one that closed the loop.

The livestream ended about 18 minutes after liftoff when the onboard cameras lost signal, which the company had flagged as expected. Before that cut, the public feed showed max-q, main-engine cutoff, stage separation, second-stage ignition, fairing jettison and second-stage cutoff. The rocket crossed the 100-kilometre Kármán line, reached orbital velocity and then completed the circularisation burn that preceded spacecraft separation. Confirmation of the five CubeSat deployments came in a company update around 10:14 UTC.

Why Andøya and why this size

Andøya, 190 miles inside the Arctic Circle, opened as continental Europe’s first spaceport built for orbital launches. Spectrum is 28 metres tall and is rated for about 1,000 kilograms to low Earth orbit, a fraction of a Falcon 9. Metzler has argued that the smaller vehicle is meant to place satellites into specific orbits rather than to compete on bulk. For European institutions that want a launcher that does not depend on a Florida or California pad, the distinction is the point.

The timing sits next to a political argument in Paris. SpaceX and Blue Origin withdrew from a French space sovereignty meeting due this week. Isar’s successful second flight gives European officials a private rocket they can name when that conversation resumes. It does not give them cadence. One orbital mission after a failed first flight is a proof, not a schedule. The company now has to fly often enough that a customer will book the third and fourth vehicles without treating them as experiments.

NRK, the Norwegian public broadcaster, put the national fact simply: Spectrum 2 is the first rocket launched from Western Europe to reach Earth orbit. Bloomberg called it the first private orbital mission from continental Europe. Both statements can be true at once. The payload list is small. The geopolitical list is not. Europe has spent a decade talking about launcher autonomy while watching reused Falcon 9s take the commercial market. Saturday night is the first time a European startup has an orbital success to put against that record.

The next public test is whether the five CubeSats check in healthy and whether Isar publishes a date for flight three. Orbit is the line that had not been crossed. It has been crossed. Cadence is the line that remains.