Germany and Sweden Forge Alliance to Build European Rival to Starlink

Berlin / Munich, January 27, 2026. Europe is taking a decisive step toward technological sovereignty in space. German defense giant Rheinmetall and Swedish space technology supplier OHB are in talks to form a strategic alliance. Their goal is to create a secure satellite network, independent of Elon Musk’s Starlink system, to serve the needs of the Bundeswehr (the German armed forces).

The Project’s Core: Security Through Independence

According to information (access may require a subscription) from the British newspaper Financial Times, the project is in its early stages. It involves deploying its own constellation of satellites in low Earth orbit to provide secure data transmission for the German military.

“Germany’s position on this is firm and involves an increasing shift towards European solutions and a move away from American projects,” sources note.

This move reflects a broader trend within the EU and NATO to reduce critical dependence on non-European technologies, especially in key areas of defense and security.

Funding and Technological Foundation

The financial basis for the ambitious plan could be laid by a special German government fund. It is reported that the project could be partially financed from a pool of €35 billion (approx. $37.8 billion*) earmarked for investments in the defense sector.

The partners complement each other perfectly:

• Rheinmetall is already strengthening its position in space reconnaissance. The conglomerate recently signed a €2 billion (approx. $2.16 billion*) contract with Finnish company ICEYE to supply radar satellites for monitoring Bundeswehr deployment areas in Germany, Lithuania, and other NATO countries.
• Swedish OHB has proven experience in building complex space systems. The company was a key contractor in implementing the European Galileo satellite navigation system, responsible for building its space segment consisting of 24 operational and 6 spare satellites.

Context: Consolidation of the European Space Market

The Rheinmetall and OHB initiative is part of a larger process. It appears to be a response to moves by other European giants—Airbus, Leonardo, and Thales—who are also consolidating efforts under the banner of creating pan-European satellite capabilities. Thus, a competitive environment is forming on the continent, which should ultimately lead to a viable alternative to currently dominant American systems like SpaceX’s Starlink.

The issue is not only about sovereignty but also about security standards, data jurisdiction, and operational flexibility in hypothetical crisis scenarios.

Analysis: Challenges and Prospects

Despite the political will and technological potential, the project will face serious challenges:

1. Time and Cost: Deploying a satellite constellation from scratch is a multi-year and extremely capital-intensive process, in which Starlink has a colossal head start.
2. Scalability: Will the network initially be aimed exclusively at military users, or will it be able to compete in the commercial market in the future?
3. EU Coordination: Success depends on the ability of Germany and other EU countries to agree on common requirements and funding, avoiding duplication of effort.

Nevertheless, this initiative in itself is a powerful signal to the market and geopolitical players. It demonstrates that Europe no longer intends to remain merely a consumer of others’ space services in critical infrastructure.

Strategic Imperative in the New Space Era

The negotiations between Rheinmetall and OHB are not merely a corporate deal. They embody Europe’s strategic course toward achieving “strategic autonomy” in space. In a world where satellite communications and data are becoming as critical an infrastructure as roads or power plants, dependence on a single, even allied, supplier is seen as a vulnerability.

Creating an independent, secure European satellite network is a matter not only of defense capability but also of the long-term technological, economic, and political sovereignty of the European Union. The success of this endeavor could determine who controls the space communications of tomorrow.

This development is closely watched by global tech investors, signaling a shift in government procurement and a potential opening for new public-private partnerships in the strategic space sector outside the US.

*Conversion rate: 1 euro (EUR) = 1.08 US dollars (USD), based on the average rate for January 27, 2026. This information is not financial advice.