The new space race is no longer defined solely by flags, prestige, and state rivalry. It is increasingly shaped by launch cadence, industrial scale, venture capital, and the ability to transform orbital capabilities into strategic leverage on Earth. The classic image of space power as an extension of national ambition has not disappeared, but it has evolved. Today, power in space is co-produced by states and private actors, operating within an increasingly integrated and competitive ecosystem in which public authority and market dynamism are becoming ever more deeply intertwined.

This transformation is one of the defining features of the contemporary space age. Companies such as SpaceX, Blue Origin, Rocket Lab, Planet, Maxar, ICEYE, and a growing number of European start-ups are lowering the cost of access to orbit, accelerating innovation cycles, and enabling new applications across sectors, from communications and Earth Observation to defence, logistics, and energy. Yet, despite their dynamism and visibility, these companies remain deeply embedded within, and dependent upon, state structures. The new space economy is not a purely market-driven phenomenon. It is, to a large extent, state-enabled and state-sustained.

At the heart of this shift lies the transformation of access to space. For decades, launch capabilities were limited, expensive, and dominated by government-led programmes or legacy contractors. That model constrained experimentation and kept the number of serious players low. The emergence of reusable launch systems has altered this paradigm, reducing costs, increasing launch frequency, and making orbital access far more responsive. This has unlocked new business models, particularly in satellite constellations, Earth observation, and data-driven services. What has emerged is not simply a cheaper version of the old space sector, but a more layered and commercially active ecosystem in which time, flexibility, and industrial responsiveness matter far more than before.

 

 

Private actors, public funding 

However, the economic narrative often obscures a critical reality: most private space companies still rely heavily on public demand and government funding. Institutional contracts, whether from NASA, the U.S. Department of War, the European Space Agency, the European Commission, or national governments, remain the backbone of the sector. Even in the United States, often portrayed as the archetype of commercial space success, the growth of firms such as SpaceX has been underpinned by sustained public procurement, strategic partnerships, and a state willing to act as anchor customer. This dependence is even more pronounced in Europe, where institutional demand continues to shape market development, industrial priorities, and investor confidence. Venture capital plays an increasingly visible role, particularly in early-stage innovation, but long-term sustainability still depends in large part on predictable public budgets.

This duality, commercial dynamism combined with public reliance, has major implications for space power. On the one hand, governments benefit from innovation, cost reductions, and a wider menu of capabilities. On the other, they face new forms of dependence on private actors whose business incentives, ownership structures, and geopolitical exposure may not always align perfectly with national or collective interests. The question is no longer whether states should rely on commercial actors, but how to govern these dependencies effectively in domains linked to security, resilience, and critical infrastructure.

The geopolitical significance of this transformation is particularly evident in the renewed focus on the Moon. The United States’ Artemis programme and China’s International Lunar Research Station (ILRS) initiative reflect parallel efforts to structure the next phase of human activity beyond Earth. While they emerge from different institutional and strategic traditions, both frameworks emphasise partnerships, between states as well as with industry, and both reveal how space exploration is increasingly tied to industrial ecosystems. In the American case, commercial actors are deeply embedded in lunar logistics, transportation, and infrastructure development. In the Chinese approach, coordination between state-led initiatives and industrial actors follows a more centralised model, but likewise highlights the strategic value of an integrated national ecosystem. In both cases, the Moon is becoming not just a destination, but a testbed for future governance, technology, and economic organisation.

 

 

 

From symbolic exploration to systemic development 

These programmes signal a broader shift from symbolic exploration to systemic development. The Moon is increasingly conceived as an operational environment where infrastructure, communications, logistics chains, and resource-related capabilities may shape future economic and strategic activity. Private companies are central to this evolution, not only as contractors but as drivers of technological feasibility, cost reduction, and operational scalability. Their role helps accelerate timelines and pushes forward scenarios that were once treated as distant or speculative. As a result, the boundary between exploration policy and industrial strategy is becoming thinner.

This is also why the relationship between commercial space and strategic influence has become so important. Private companies do not merely provide services; they increasingly shape the operational models through which states exercise power. Commercial satellite communications can support military connectivity. Private Earth observation firms can generate intelligence-like products. Launch companies can determine how quickly a country or alliance can replenish orbital assets. Even when states retain ultimate authority, the tempo and credibility of their action may depend on private capabilities. In this sense, commercial actors are no longer peripheral suppliers. They are becoming part of the strategic architecture itself.

The war in Ukraine made this especially visible. Commercial imagery and private connectivity services demonstrated that companies could affect not only market outcomes but also operational resilience, public narratives, and the flow of information in conflict. This does not mean that private firms replace intelligence agencies or armed forces. But it does mean that they can now provide capabilities with strategic effects at a speed and scale that states increasingly value. The space sector is therefore becoming a domain in which public and private power overlap more intensely than in the past.

 

 

Structural challenges for Europe 

For Europe, this evolution presents both an opportunity and a warning. Europe possesses significant strengths: a robust scientific base, advanced industrial capabilities, a diversified downstream sector, and a long-standing commitment to multilateralism in space governance. European actors remain highly competitive in areas such as institutional satellite manufacturing, Earth observation applications, and scientific missions. Yet Europe also faces structural challenges, including fragmentation, slower decision-making, weaker access to risk capital, and the persistence of national industrial logics that complicate scaling. The absence of a fully integrated market for space services continues to limit the growth trajectory of many European firms.

The rise of private space actors globally has exposed these weaknesses. Europe has, in recent years, experienced a growing dependence on non-European launch providers, particularly during the transition between launcher systems. This dependence is not merely operational; it reflects deeper issues related to industrial competitiveness, market responsiveness, and strategic autonomy. If Europe wants to remain a meaningful space power, it cannot rely exclusively on legacy structures or assume that public programmes alone will suffice. It needs a stronger and more scalable commercial base.

At the same time, Europe’s emerging start-up ecosystem already shows that a more dynamic model is possible. The challenge is less the absence of talent than the difficulty of converting technical excellence into industrial scale. European firms often struggle in the gap between demonstration and scale-up. This is where policy becomes decisive. More responsive procurement, better integration between civil and defence demand, stronger access to growth capital, and greater institutional tolerance for speed and iteration are all necessary if Europe wants to foster commercially capable firms without abandoning its own governance culture.

Strategic autonomy in space, from a European perspective, therefore cannot be reduced to the possession of public programmes or formal institutional competencies. It increasingly depends on whether Europe can cultivate companies able to innovate rapidly, survive commercially, and remain embedded in European supply chains, regulations, and strategic priorities. In other words, autonomy is no longer just a question of ownership; it is a question of ecosystem strength. 

 

 

The reconfiguration of the relationship between states and markets

The transformation of space power is also evident in downstream services. Commercial Earth Observation firms now provide capabilities that in some respects rival those of national intelligence systems, at least in accessibility and speed of dissemination. Satellite data supports climate monitoring, emissions tracking, maritime surveillance, infrastructure protection, disaster response, and energy security.

Yet here too, the public-private balance remains central. Governments are key customers, regulators, and guarantors of legitimacy. They authorise, supervise, and in many cases subsidise the very markets that are said to be “commercial.” The commercialisation of space does not eliminate geopolitics; it intensifies it by increasing the number of actors involved and accelerating the pace at which capabilities can be deployed and leveraged. It also raises difficult questions about concentrated dependencies. If one company dominates launch, or if one private constellation becomes critical for communications resilience, then sovereignty concerns inevitably follow.

The existing legal architecture in space, centred on the 1967 Outer Space Treaty, remains foundational, especially in its principles of non-appropriation and state responsibility. But it was designed for a predominantly state-centric era. It offers only partial guidance on issues such as large-scale commercial constellations, space resource utilisation, dual-use services, and the concentration of private influence over orbital infrastructure. As commercial activity expands, the gap between legal frameworks and operational realities becomes harder to ignore.

For Europe, this presents a further opportunity. A coherent and credible regulatory approach could strengthen Europe’s role as a norm-shaper in the new space economy. This should not mean regulating against innovation. On the contrary, regulatory clarity can itself become a strategic asset by making Europe more attractive to investment while ensuring sustainability, safety, and strategic consistency. In a more crowded and contested environment, the actors that can combine innovation with credible governance may prove especially influential.

Ultimately, the transformation of space power reflects a broader reconfiguration of the relationship between states and markets. Private companies are not replacing governments, but they are reshaping how power is generated, organised, and exercised. They accelerate innovation, expand operational options, compress timelines, and introduce new forms of competition. At the same time, they remain deeply intertwined with public institutions and, in most cases, still dependent on public money.

The future of space power will therefore not be determined by states or markets alone, but by their interaction. In this emerging order, the decisive advantage will belong to those political systems able to align public strategy with private innovation, industrial scale with regulatory credibility, and commercial ambition with strategic purpose. For Europe, that is the real challenge of the new space race. Private companies are no longer simply participants in the story of space power. They are helping to rewrite its meaning.