Europe is turning to the far north of Sweden and Norway to launch satellites from its own soil for the very first time.
Race to Space Begins in the Arctic
Two small spaceports — Esrange in Sweden and Andoya in Norway — are now at the heart of Europe’s urgent mission to build its own access to space.
For decades, Europe has relied heavily on American space companies for satellite launches and other critical space missions. But global events, including recent geopolitical tensions and shifts in U.S. policies, have made that dependence feel risky. Concerns have grown over whether Europe would continue to have reliable access to satellite communication tools like Starlink, especially after rising tensions involving key global powers.
This has pushed European nations to speed up efforts to build a more self-sufficient space program. Both Sweden’s Esrange and Norway’s Andoya are racing to become operational spaceports capable of launching satellites into Earth’s orbit. Although the objective is obvious, the path is not. The United States made 154 space launches in 2024 alone, compared to just three in Europe.
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Despite the challenge, European officials and companies are confident that building strong space launch capabilities in the Nordic region is possible — and necessary.
Why Esrange and Andoya Matter
The Esrange and Andoya spaceports in Sweden and Norway have unique features that make them ideal for rocket launches.
Esrange Spaceport is encircled by rivers, snow-capped mountains, and vast, deserted areas. It is situated more than 200 kilometers above the Arctic Circle. The entire area spans about 5,200 square kilometers — three times the size of London — and is mostly untouched. The region has almost no light pollution, few people, and very little air traffic, making it a perfect place to test and launch rockets safely. The presence of railways and an airport in nearby Kiruna also makes it easier to transport equipment and materials to the site.
This Swedish spaceport was actually built back in 1964 and has been launching small research rockets for decades. But in 2023, it officially became mainland Europe’s first spaceport ready for launching satellites into orbit. It is now being expanded with larger launch pads, hangars, and facilities to support full satellite missions.
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Andoya Spaceport, located on an island in northern Norway, also brings major advantages. Owned mostly by the Norwegian state, Andoya recently carried out a test launch of a small rocket made by a private company. The rocket was meant to carry about 1,000 kilograms of payload and flew for 30 seconds before falling into the sea. Despite the short flight, it was seen as a successful test.
Together, the Esrange and Andoya spaceports represent Europe’s best shot at creating an independent space launch system — something that is becoming more urgent with each passing year.
A New Chapter in European Space
French Guiana in South America is already home to Europe’s sole major spaceport. But it is located 7,000 kilometers away from Paris. The launch of the new Ariane 6 rocket from there marked an important milestone earlier this year. While powerful, Ariane 6 rockets are not reusable and cost more per launch than SpaceX’s Falcon 9 rockets, which can be reused.
This has driven European countries to consider alternatives within the continent. Unlike Ariane 6, the rockets being developed at the Nordic spaceports are designed to be partially reusable. This would enable more frequent, faster, and more economical launches. Esrange, in particular, has already signed agreements with rocket makers from the U.S. and South Korea to use its facilities.
One of the rocket manufacturers involved offers a special service that allows a rocket to be launched within just 24 hours of request — an important option for emergency situations like replacing a failing satellite.
Andoya has been given a license to conduct up to 30 launches per year. NATO has also shown interest in the site, which further highlights its strategic importance. Meanwhile, Esrange has not set a limit but is preparing to handle a wide variety of missions.
Both spaceports are preparing for orbital launches, with Esrange focusing on readying its technical systems and infrastructure. Teams are currently working on installing hardware, building new facilities, and testing rocket systems. The base should be completely ready in the upcoming year thanks to these efforts.
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Despite the excitement, challenges remain. Europe’s share in the global space market is still low, accounting for only 10% of public investment in space last year. In contrast, the U.S. continues to dominate both in spending and in launch numbers.
However, the construction of spaceports in Norway and Sweden demonstrates that Europe is making good progress in lowering its dependency on foreign powers. With these facilities nearing full readiness, Europe’s chances of standing on its own in space are looking stronger than ever before.
