A rebound with a historic milestone attached
European space industry revenues recovered in 2025 following a contraction the previous year. That is one of the headline findings from the latest Facts and Figures report published by Eurospace, the trade association representing the European space manufacturing sector, presented on July 7 in Milan. Yet the return to growth is not the most significant news to emerge from the report. For the first time on record, Earth observation satellites have generated more revenue than telecommunications satellites within Europe's space industry — a shift that reflects deeper changes in how space data is being valued and used.
Telecommunications had long been the dominant commercial driver of European space manufacturing. Satellites built for TV broadcasting, broadband connectivity, and mobile communications sustained the revenue base of major prime contractors for decades. The fact that Earth observation has now surpassed that benchmark points to a durable realignment, not a temporary fluctuation.
What is driving the shift
The rise of Earth observation as a commercial force is tied to several converging trends. Demand for geospatial data has expanded dramatically across sectors including agriculture, insurance, urban planning, environmental monitoring, and defence. The proliferation of small satellite constellations in low Earth orbit has lowered the cost of acquiring and delivering high-resolution imagery at scale, opening the market to a broader range of buyers.
European primes such as Airbus Defence and Space and Thales Alenia Space, alongside a growing ecosystem of NewSpace companies, have expanded their Earth observation manufacturing capacity accordingly. The ESA's Copernicus programme has also played a structuring role, with its Sentinel satellites providing open-access data to thousands of institutional and commercial users worldwide. A recent ESA image of Canada's Great Bear Lake — one of the largest freshwater bodies on the planet, captured in high resolution by orbital instruments — illustrates the kind of environmental monitoring use case that is driving institutional demand for this data, particularly in the context of Arctic freshwater changes and climate observation.
Meanwhile, the telecommunications segment faces headwinds. Low Earth orbit connectivity constellations — most notably SpaceX's Starlink and Amazon's Project Kuiper — are reshaping the competitive landscape and compressing margins for traditional geostationary satellite operators in Europe.
Strategic implications for Europe's space sector
The rebalancing between these two segments carries real consequences for industrial policy. ESA, the European Commission, and national space agencies will need to align their investment priorities with a market that now places Earth observation at its commercial centre of gravity. Maintaining Europe's competitive edge in this segment requires sustained funding, export-capable industrial capacity, and the ability to compete with American and Asian players who are rapidly scaling up their own satellite imaging capabilities.
Eurospace has not released a full public breakdown of the underlying figures, but the directional message from its annual report is unambiguous. Earth observation is no longer a secondary or niche market within European space industry revenues. It has become the leading segment — and that changes the strategic calculus for almost every stakeholder in the sector.
