The Space Economy in Europe: Record Budgets, Thin Margins, and Strategies to Compete
- Marc Griffith
- Mar 7
- 7 min read
Summary Despite ESA’s €22.07 billion record, Europe’s upstream faces thin margins and shrinking shares. ASD-Eurospace figures, ESA outlook, Project Bromo JV, Italy’s Space Smart Factory, and capital gaps: strategies to integrate defense and commercial without sacrificing speed. Key takeaways
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The space economy in Europe sits at an obvious paradox: budgets are growing, but industrial profitability is shrinking. For those who innovate, the lesson is to measure the ecosystem in its layers—upstream and downstream—avoiding equating revenue growth with sustainable margins. The stakes are Europe’s ability to stay competitive as the United States and China accelerate with protected domestic markets. Here you'll find numbers, trends, and operational choices to guide decisions and investments.
The Space Economy in Europe: Record Budgets, Margins Shrinking
On November 27, 2025, in Bremen, ESA announced the highest budget ever: €22.07 billion subscribed for the 2026–2028 triennium by 23 member countries. The financial record is a powerful political signal, but it does not fully describe the health of Europe’s space industry. As is often the case, the synthesis depends on what and how you look at it.
That is highlighted by the analysis of Pierre Lionnet (ASD-Eurospace), who examined 61 companies responsible for about 70% of Europe’s space business: in 2023 only 19 posted a positive operating result, with aggregate losses of €1.5 billion on €8.3 billion in revenue. Before the pandemic, the large groups swung between EBIT of 3–7%, but the trajectory is worsening and reflects structural shortcomings. Airbus Defence and Space’s profit warning (−€900 million on 2023 space revenues) has drawn attention to a systemic issue.
Do not confuse the plans: upstream (manufacturing and launches) and downstream (services and applications) follow different economic logics; using the same numbers to tell opposite stories is a real risk.
Numbers that Matter: Profits, Losses, and Market Share
According to ESA, in 2024 European public space spending grew by 2%, versus a global average of +10%. In upstream, about 80% of the global launch and manufacturing market is not accessible to European primes, who in 2024 captured only 6% of the global market and 33% of the accessible market. The trend is deteriorating.
The dynamic stems from a known fact: the United States and China grow thanks to captive markets driven by military and human exploration programs, which ensure steady demand. Europe competes mainly on commercial satellites, Earth observation, and launchers, where price, scale and lead time are the drivers. Margin pressure is inevitable.
The Space Economy in Europe and the Global Competitive Gap
Added to this is the contraction of large geostationary telecommunications satellites, historically a European strength, squeezed by weaker demand, international competition, and vertically integrated LEO constellations. The result is a double bind: volumes are falling in GEO and competition is stiffer in LEO, with immediate effects on pricing and profitability. To stay in the game, scale, automation, and rapid delivery times are required.
Building critical mass reduces duplications and improves bargaining power; however, without a strategy for costs and timelines, scale alone is not enough to defend margins.
Numbers in Mixed Light: When Macroeconomics Diverge from the Industry
Studies like Euroconsult and Novaspace estimate +61% nominal growth for the global space economy (2021–2024), driven 90% by downstream; upstream accounts for about 10% on average and continues to grow with a CAGR near 22%. Revenue growth does not automatically translate into higher margins, especially in capital-intensive and price-pressured segments. Upstream and downstream should not be added together without weighing profitability.
Italy: Measurable Growth, High Productivity
The first joint Istat–Asi report (reference 2021) confirms production of €8 billion, more than 23,000 employees, and value added of €2 billion, with labor productivity 65% above the national average. Upstream shows an export propensity of 33% (versus 15% for the rest of the economy) and concentration in Lazio, Lombardy, and Piedmont. Sources: Istat, Asi.
It’s a more robust picture than the pre-2021 narrative, notes Asi president Teodoro Valente, and reflects measurement through the new “space satellite account” according to Eurostat and OECD guidelines. The macroeconomic snapshot can coexist with compressed industrial profitability, because it measures value created along the entire value chain, not the margins of the prime contractors. For founders, this means reading the data on multiple levels.
Industrial Case Studies: Leonardo, Telespazio, and Thales Alenia Space
The Space division of Leonardo shows a positive and rising EBITA margin (€66 million in 2023, €80 million in 2024), with orders and revenues growing strongly. However, EBITA for the manufacturing segment alone is decreasing (from €54m to €31m), while Telespazio's contribution to the downstream grows. The burden of development costs for telecommunications satellites remains significant for Thales Alenia Space.
Capital and Scale-Ups: The Achilles’ Heel
According to ESA, European investors focus more on risks than opportunities, with predictable outcomes: limited ability to scale and industrialize post-innovation, and acquisitions by non-European players. The startup segment has surpassed 10,000 employees and raised €1 billion in equity in 2024 (a record high), but the majority is still not profitable. Useful references: ESA, ASD-Eurospace.
The big players, notes Leonardo, must integrate innovations without “owning” them, putting them to work. Translated: industrial partnerships and co-development models are accelerators, but must be supported by procurement and finance that reward deliverables and time-to-market. Otherwise, innovation stalls between pilot and production.
Dual-Use and Industry: Italy’s Space Smart Factory 4.0
Italy is betting on a distributed and modular factory: new Thales Alenia Space sites in Rome, Sitael in Pisa and Mola di Bari, Argotec in Turin, Cesi in Milan, and the Cira acoustic lab in Capua. Goal: produce at least two satellites per week, with a path to further increase volumes. The model is a public-private partnership coordinated by Asi.
The Made in Italy 2030 White Paper integrates the space economy into the dual-use industrial strategy, with strong ties to Defense and alignment with European programs such as the European Defence Fund and the European Defence Industry Programme. Dual-use can boost production scalability and demand continuity, but it introduces longer and more expensive procurement cycles than the commercial market. It is essential to balance speed and compliance.
Project Bromo: Integration to Compete
On October 23, 2025, Leonardo, Airbus and Thales signed a Memorandum of Understanding for a satellite joint venture valued at $11.6 billion (Airbus 35%, Leonardo and Thales 32.5% each), based in Toulouse with full operation expected by 2027 (subject to antitrust clearance). Within scope will be the satellite activities of Airbus DS, Leonardo’s Space division (including the stakes in Telespazio and Thales Alenia Space) and Thales’ holdings in the same JVs. The aim is about $6.5 billion of pro forma revenues, 25,000 employees, and a backlog exceeding three years.
The comparison with Starlink is inevitable but misleading: Bromo is horizontal integration that reduces duplications and increases bargaining power, not a revolution in the business model. The decisive lever remains cost compression and operational speed, SpaceX’s real competitive advantage. Without this, integration alone won't be enough.
Debate: What Strategy for a Truly Competitive Ecosystem?
The first fracture line concerns captive markets: do we really need them in Europe too? Pros: they stabilize demand, support multi-year programs, and enable R&D investments that are hard to justify in fragmented markets. Cons: they can stiffen the supply chain, discourage price competition, and divert resources from the commercial side. A hybrid solution is to build European federated architectures, where each country maintains specific capabilities within an interoperable network, maximizing synergies and reducing duplications.
Second hinge: industrial consolidation vs startup agility. Mega-JVs promise scale and bargaining power, but risk inertia and slow decision cycles; on the other hand, startups struggle with industrialization (the valley of death between TRL 6–8), complex procurement, and limited patient capital. Here the answer is not binary: we need co-development programs with measurable milestones, funded pilot lots, and fast procurement corridors for innovative components, with milestone-based contracts and transparent sharing of technology risk.
Third theme: dual-use and time-to-market. Integrating Defense and civilian can elevate production capacity and cash flow, but lengthens certifications and compliance. To avoid penalizing commercial needs, we require modular lines and differentiated processes: separate tracks for military requirements and “fast lanes” for commercial, with governance that incentivizes the reuse of certified building blocks. In parallel, industrial policy should reward lead time, the share of European components, and export readiness, not just price.
Finally, capital and procurement. Without procurement reform (opening up to performance-based contracting, multi-year purchasing, and quotas for new entrants) and without dedicated late-stage deeptech funds, scale will not come. One option is a pan-European growth equity fund with a rotating structure, funded by program returns, focused on critical supply chains (propulsion, avionics, materials), coordinated with ESA and the EDIP. The goal: prevent Europe from having to “buy everything” from a single external champion in a few years.
What Space Innovators Can Do Today
Map rigorously where you compete (upstream vs downstream) and align KPIs to margins, timing, and capital intensity of the segment. In business plans include stress tests on prices, supply chain, and certification times, setting go/no-go thresholds for scale and industrial break-even.
Integrate dual-use contracts into your portfolio without slowing commercial velocity. Separate lines and governance for the two tracks, with reusable modules and open standards to reduce integration costs and validation times.
Build vertical alliances on federated European architectures and focus on certifiable building blocks. This increases export readiness and the defensibility of IP assets, accelerating time-to-revenue in third markets.
Prepare milestone-financed scale-up paths and performance-oriented procurement. Leverage ESA programs and EU instruments to de-risk TRL 6–8, aiming for pilot lots with anchor customers and metrics for quality and timeliness.
Towards a Shared Path for Europe's Space Economy
The Bremen record is a solid start, Project Bromo a bold move, and the Space Smart Factory 4.0 a scale laboratory, but the challenge remains. Patient capital, rapid procurement, and European coordination are needed to turn budget growth into sustainable competitiveness. For business leaders and startups, the priority is choosing the right battlegrounds, moving faster on costs, and building federated alliances.
