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25 March, 2026

EU Space Act and the Non-EU Paradox: What It Means for Business

Where Europe legislates vs. where Europe launches

The EU Space Act is advancing toward implementation, bringing with it the prospect of harmonised safety and sustainability standards across European space operations. At the same time, a strategically significant fact is coming into focus: of the 12 orbital launches currently scheduled in continental Europe, every single one is taking place in Norway or the United Kingdom, two countries that sit outside the EU, but inside the European Space Agency (ESA)[1]. While the EU sets the regulatory agenda, the current centre of gravity for launch activity lies beyond its borders, and how the Act handles this reality will shape the future of European space leadership.

That geographic reality was thrown into sharper relief on 13 March, when German Chancellor Friedrich Merz visited Andøya Space Port in Norway alongside Prime Minister Jonas Gahr Støre. The two leaders announced a bilateral working group to deepen cooperation on space-based intelligence, secure satellite communications, and launch capacity, with explicit reference to linking outcomes to EU and NATO frameworks. Germany, one of the EU’s largest and most influential member states, is investing political capital in a non-EU launch site at the very moment the EU is designing the rules that will govern access to, and operation within, European space infrastructure.

A regulatory gap with commercial consequences

This is not a contradiction in the conventional sense. ESA membership provides a legitimate and well-established framework for non-EU participation in European space activities, and bilateral defence and industrial partnerships have always operated alongside multilateral frameworks. Nevertheless, the EU Space Act introduces a new variable, and one whose commercial implications are still being worked out.

The mechanism most likely to determine how non-EU ESA members fit within the new framework is the Equivalence Decision process, provisions for which are included in the latest Donazzan draft of the Act. In principle, equivalence recognition would allow Norway, the UK, and other non-EU participants to operate within EU-linked markets and supply chains without duplicating compliance across jurisdictions. In practice however, the scope, conditions, and timeline of those decisions remain open questions, and open questions of that kind translate directly into investment uncertainty for companies planning cross-border operations.

The Merz-Støre announcement demonstrates the underlying dynamic clearly. Strategic demand for non-EU European launch capacity is growing. Germany wants access to Andøya space port. EU member states more broadly are seeking sovereign, trusted, and geographically proximate alternatives to non-European providers. That demand is unlikely to diminish. SpaceX is currently launching at a pace that European institutional and commercial programmes are working hard to match, and closing that gap requires mobilising the full weight of European launch infrastructure, wherever it sits geographically. That includes Andøya, where German company Isar Aerospace is preparing its first orbital launch, and it includes the UK, where several of the remaining scheduled launches are based. It also includes the EU’s own growing launcher capacity: Ariane 6 returned to flight in 2024, and a new cohort of European private launch companies are developing vehicles designed to provide sovereign, commercially competitive access to orbit. The regulatory framework being designed now will either support that collective effort or complicate it. Getting implementation right is therefore more than just a legal question, it is also a question of whether Europe can mobilise its full launch capacity at the speed the market requires.

What this means for businesses

If regulatory friction increases the cost or complexity of cross-border engagement, this will shape where companies invest, how supply chains are structured, and which partnerships are commercially viable. Europe’s commitment to sustainability and responsible operations is one of its most credible advantages in a market where trust matters more than ever. The risk here, however, it is that if implementation imposes disproportionate costs on the non-EU operators who sit at the centre of European launch infrastructure, the framework may end up narrowing the very ecosystem it is designed to strengthen.

SMEs, start-ups, and non-EU firms seeking to access EU-linked contracts or markets may find that compliance becomes an unmanageable constraint. For companies based in Norway or the UK, or those operating across both jurisdictions, the question is not whether the EU Space Act will apply to them, but rather how the regulatory framework will be implemented and enforced.

What companies should be doing now:

  • Map your exposure. Understand where your operations, supply chains, and customer relationships cross the EU/non-EU boundary, and where the Equivalence Decision framework will be the determining factor for your market access.
  • Engage early. The implementation details of the EU Space Act are still being shaped and finalised. Companies that engage with the policy process now, are better positioned than those that wait.
  • Build regulatory strategy into commercial planning. For investors and operators alike, the regulatory interface is not a compliance afterthought. It is a variable that will affect where deals get done, which partnerships are viable, and which markets are accessible.

The opportunity to act

Europe’s launch capacity is concentrated outside the EU. Europe’s strategic demand for that capacity is intensifying. And Europe’s new regulatory framework has not yet clearly resolved how non-EU members fit within it. The companies best placed to navigate what comes next are those that are already engaged with the policy process, and those who understand the regulatory interface.


[1] Only other contender being the “Baguette One” launch from mainland France. However, this is yet to be confirmed and is a sub-orbital mission.


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