The Global Space Economy in 2024: What the Numbers Actually Reveal

Key Takeaways

• Global public space investment hit a record €122 billion in 2024, growing 9% over 2023
• European private space funding surged 56% to €1.5 billion, now capturing 22% of global investment
• Defence spending now accounts for more than half of all worldwide institutional space budgets

A Sector Rewriting Its Own Rules

The European Space Agency published its annual Report on the Space Economy in March 2025, and the picture it paints is one of an industry accelerating in some directions while quietly contracting in others. Globally, public space budgets hit a new all-time high of €122 billion in 2024. Private investors poured €7 billion into space ventures. Launch activity grew for the third consecutive year at double-digit rates. But underneath that headline growth lies a more complicated story, one where Europe’s industrial position continues to erode and where a single company’s satellite constellation is reshaping the metrics used to measure the entire sector.

This article draws on that report to explain what happened in the space economy in 2024, who spent what, where the industry is heading, and why some of the most important figures are the ones that don’t appear in the totals.

The Macroeconomic Backdrop

Space doesn’t operate in a vacuum, economically speaking. The report situates its industry findings within the broader global economy, and understanding those conditions matters for interpreting the space numbers correctly.

Worldwide GDP growth came in at 3.1% in 2024, a slight deceleration from 3.3% the previous year. The International Monetary Fund expects a modest recovery to 3.3% in 2025, though still below the pre-pandemic average of 3.7% recorded between 2000 and 2019. The U.S. grew at 2.8%, China at 4.8%, and the euro area at a sluggish 0.8%. Russia, benefiting from wartime spending, posted 3.8% growth.

Inflation across advanced economies moderated through 2024, though service prices proved stickier than goods prices. The European Central Bank began cutting interest rates in June 2024, lowering its main refinancing rate from a September 2023 peak of 4.5% down to 3.15% by December. That tightening cycle weighed on private investment across the euro area throughout the year, even as the easing cycle began.

European economies showed wide divergence in 2024. Spain grew at 3.1%, one of the strongest performances on the continent. Germany contracted for the second consecutive year, this time by 0.2%, continuing a period of industrial stagnation tied partly to energy costs and partly to structural competitiveness challenges in manufacturing. France managed 1.1%, Italy 0.6%, and the UK 0.9%. Public debt remained elevated across the bloc as governments absorbed the residual costs of pandemic-era spending and energy shocks triggered by Russia’s invasion of Ukraine.

One macro trend the report flags with direct implications for space is the fragmenting global trade system. Export controls, such as China’s 2024 restrictions on critical materials and U.S. limits on advanced technology exports to China, are pushing capital and supply chains into geopolitical blocs. For an industry that relies on global supply chains for components and on international customer bases for revenue, this fragmentation creates real structural risk over the medium term.

Against that backdrop, European deep tech saw a bright spot relevant to the space sector. Venture capital investment in European deep tech startups working in defence, security, and resilience reached €4.8 billion in 2024, a record high. The NATO Innovation Fund and research platform Dealroom reported that figure in February 2025, ahead of the Munich Security Conference. That figure covers a broader category than just space, but Earth observation systems are explicitly included in the definition used. Germany’s Munich emerged as the dominant European hub, attracting nearly €1 billion in VC funding in 2024 alone, with Germany overtaking the UK in total defence and security startup funding for the first time since 2019.

Public Investment in Space: Records and Imbalances

Global institutional space budgets, covering both civil and defence programmes, reached €122 billion in 2024. That’s a 9% increase over 2023 and part of a consistent five-year compound annual growth rate of 9%. The numbers have been climbing steadily, and the driver of that growth is no longer civil space exploration. Defence spending is.

Defence space budgets grew 12% from 2023 to 2024. Civil space programmes grew at 7%. For the third time in history, defence expenditure exceeded civil space spending globally, accounting for roughly 54% of the total. This shift has been building for years. In 2020, civil space held a 55% share of the global public budget. By 2024, that lead had reversed completely.

Novaspace data shows the United States holding 61% of total global institutional space spending in 2024, a figure that sounds dominant until one notes it has declined from over 75% in 2000. China has moved in the opposite direction, growing from an estimated 2% in 2000 to 15% in 2024, surpassing Europe’s combined public investment. Japan holds 5%, Russia 3%, and India 1%. Europe collectively accounts for 10%, down from 15% just five years ago.

Europe’s €12.6 billion public space budget in 2024 represented a 2% increase over 2023, well below the global growth rate. What makes Europe’s posture structurally distinct is that 88% of its public space budget goes toward civil programmes, compared to the global average where defence now dominates. That structural difference has major consequences for the competitive position of European launch providers and spacecraft manufacturers, as the upstream market data makes clear.

The report also examines public space spending as a share of GDP. At the global level, the United States spends 0.262% of GDP on space, Russia 0.169%, and Luxembourg 0.135%, making Luxembourg the highest in Europe and third globally. Eurostat data shows Europe as a whole sitting at 0.06% of GDP. As a share of total government expenditure, Luxembourg ranks first in Europe at 0.281%, followed by France at 0.167%, Italy at 0.103%, and Belgium at 0.095%. The European average sits at 0.12% of government expenditure.

The mass launched for government programmes over the 2015-2024 period provides a complementary lens on these budget distributions. The United States accounted for 34% of total government-programme spacecraft mass launched, China 30%, Russia 21%, and Europe just 7%. That gap between Europe’s 10% budget share and 7% mass share reflects the absence of a homegrown human spaceflight programme, a gap that no current European initiative is positioned to close before the 2030s.

The report notes that Russian and Chinese space budgets are likely underestimated due to limited public disclosure, meaning the competitive imbalance may be even more pronounced than the published figures indicate. The visibility problem is particularly acute for defence-related programmes in both countries.

Private Investment: Europe’s Record Year

Private investment in space globally reached €7 billion in 2024, up 20% from 2023. Worldwide space companies closed 266 investment deals, a modest 2% increase from the prior year. Those global headline figures, though, don’t capture the most striking development: Europe’s private space funding jumped 56% in a single year, hitting a new record of €1.5 billion across 99 deals.

That 56% growth rate stands in stark contrast to the U.S., where private space investment fell sharply. Space Capital data on the infrastructure segment alone shows U.S. private space investment declining 55% year over year to approximately €4.5 billion, its lowest level since 2020. Meanwhile, China’s private space investment in the infrastructure segment surged 175%, reaching €2 billion. Europe’s rise to approximately €1.4 billion in the same infrastructure-focused category represents a 67% increase.

Germany accounted for roughly €650 million, or about 50% of Europe’s total private space investment in 2024. Six German companies drove the bulk of that, compared to only €280 million from German companies the previous year. France, the United Kingdom, and Spain followed in that order. That’s a meaningful geographic concentration within Europe, and it raises questions about whether the rest of the continent has the startup pipeline and institutional infrastructure to sustain this momentum across a broader base.

Europe’s share of global private space investment has grown from just 3% in 2019 to 22% in 2024. Whether that’s a durable structural shift or partly cycle-driven is difficult to assess with confidence. It coincides with a period of outsized U.S. decline, driven partly by fewer mega-rounds and the maturing of several major constellation financing cycles.

Several 2024 deals illustrate where European capital is flowing. Isar Aerospace raised more than €65 million in June as an extension to its Series C round, with participation from the NATO Innovation Fund, bringing the total Series C value to over €220 million. D-Orbit, the Italian space logistics firm, raised €150 million in a two-part Series C to develop space-based cloud computing and in-orbit servicing capability. The Exploration Company raised €148 million in a Series B round to build the first European space capsule, a vehicle it calls Nyx. ICEYE, the Finnish synthetic aperture radar satellite company, raised a combined €146 million across two rounds during the year.

At the global level, the standout deals reveal different strategic priorities. Shanghai Spacecom Satellite Technology raised $994 million in February for its G60 megaconstellation, a 12,000-satellite broadband network positioning China as a direct competitor to Starlink. SES secured a $3.2 billion debt financing package to fund its acquisition of Intelsat, merging two of the major geostationary satellite operators. Telesat finalized Canadian and Quebec government loan agreements totalling CAD $2.54 billion for its LEO Lightspeed satellite network. Firefly Aerospace raised $175 million in November, pushing its valuation above $2 billion.

Infrastructure vs. Applications

The composition of private space investment differs substantially by region, and those differences carry strategic implications for each country’s long-term space industrial development. In Europe and China, investment in core space infrastructure dominated in 2024. Infrastructure accounted for 80% of total European private space investment and 77% of China’s. In the U.S., that figure was just 25%, with applications such as GPS-enabled services, analytics platforms, and location-based software making up 72% of the total.

That pattern reflects the relative maturity of the U.S. space applications ecosystem. American investors have largely already funded the infrastructure companies they need and are now backing the software and data businesses that monetize space assets commercially. Europe and China are still building out the hardware base. The question the report doesn’t answer, and perhaps can’t yet, is whether European startups will capture the downstream value of the infrastructure they’re building, or whether firms from other markets will absorb that opportunity first.

Launch Activity in 2024

There were 259 orbital launches in 2024, an 18% increase over 2023, marking the third consecutive year of double-digit launch growth following 28% in 2022 and 18% in 2023. Total mass launched increased 41%, reaching nearly 2,100 tonnes.

SpaceX conducted 90 of the 154 U.S. launches, all dedicated to deploying Starlink satellites. The U.S. overall grew its launch count 35% year over year. China completed 68 launches, up just 1% from 2023. LEO launches grew 20%, reaching 219, while GEO launch activity held flat at 24.

Starlink satellites accounted for 70% of total mass launched in 2024, consistent with the 2023 share but driven by a significant physical change in the satellites themselves. SpaceX’s second-generation “V2 Mini” satellites, which began flying in February 2023, weigh approximately 800 kg each compared to around 300 kg for the first generation. That mass increase explains why total tonnage launched rose 41% even as the number of satellites launched declined slightly. The FCC has also approved plans for a next version weighing around 2 tonnes, intended for launch on Starship.

In total, 2,877 spacecraft were placed in orbit in 2024, a 2% decline from 2023. That’s the first annual decrease in satellite count since Starlink deployment began in 2019. The U.S. accounted for 79% of all satellites launched, almost entirely because of Starlink’s 1,982 units deployed during the year.

For European launch activity specifically, 2024 was a year of milestone recoveries. Ariane 6 achieved its inaugural launch on July 9, 2024, from Europe’s Spaceport in French Guiana, after years of schedule delays. Vega-C returned to flight on December 5 with the Sentinel-1C mission, following its failure in late 2022. These were operationally meaningful events, but they don’t yet translate into market share recovery given the intensity of competition these vehicles now face in commercial and institutional markets.

Defence satellite launches have been growing sharply and represent one of the most significant structural shifts in the broader space market. In 2024, 173 satellites were launched for defence customers globally, compared to 46 in 2020, nearly a fourfold increase over five years. The mass launched for defence space programmes grew 86% between the 2005-2009 period and 2020-2024, from approximately 320 tonnes to over 600 tonnes. China’s share of that defence mass rose from 13% in 2005-2009 to nearly 40% in 2020-2024, multiplying nearly sixfold in absolute terms. Global satellite manufacturing orders reached €11.8 billion in 2024, up 24% from 2023, with defence customers accounting for 67% of that value, compared to just 13% in 2021. In absolute terms, satellite manufacturing orders from defence customers hit €8 billion in 2024, a 72% increase over 2023.

The Upstream Market: Growing Globally, Shrinking for Europe

The global launch and manufacturing market, which the ESA report calls the upstream segment, was valued at €63 billion in 2024, a 22% increase over 2023. Spacecraft manufacturing makes up about 80% of that total, with launch services accounting for the remaining 20%.

Despite driving a large share of physical launch activity, Starlink’s vertically integrated structure means it contributes relatively little to the upstream market in revenue terms. SpaceX builds its own rockets and satellites, so those transactions don’t flow through the conventional procurement market. The company accounted for an estimated 19% of global launch value and 7% of manufacturing value in 2024, numbers far below its physical share of launches or mass deployed.

Institutional customers still dominate the upstream market by value. In 2024, they accounted for nearly 80% of launch and manufacturing demand. When Starlink is excluded from the analysis, the combination of Chinese demand for defence programmes and human spaceflight, including the country’s domestic space station, accounts for almost all upstream growth over the past five years.

For Europe, this has been a damaging dynamic. Europe’s share of the global upstream market was just 6% in 2024. It was 16% in 2018 and 21% in 2008. That decline doesn’t primarily reflect European companies performing worse in absolute terms. It reflects two structural forces: the growth of captive national markets in the U.S. and China that European firms can’t access, and the rise of vertically integrated commercial constellations like Starlink that bypass the traditional procurement model entirely.

About two-thirds of the global upstream market is simply not accessible to European launch service providers and spacecraft manufacturers. Human spaceflight programmes in the U.S., China, and Russia are funded domestically and procured domestically. Starlink hardware is built and launched by SpaceX. European companies compete only for the remaining portion.

Within that accessible market, European companies captured approximately 33% in 2024. That sounds competitive until placed in historical context. From 2005 to 2014, European primes averaged around 60% of their accessible market. From 2015 to 2024, that average fell to 52%. In the last five years, the decline has accelerated. The GEO satcom market, which was once a reliable revenue source for European spacecraft manufacturers, has contracted sharply as LEO constellations displace demand for new geostationary satellites.

The ESA report highlights one important factor that defines the European space industry’s peculiar competitive position: its accessible market is also accessible to all other space industries worldwide. European manufacturers don’t benefit from the captive institutional demand base that the U.S., China, Russia, and Japan provide to their domestic launch providers and spacecraft builders. The result is an industry that must remain globally cost-competitive simply to maintain its current volume of activity, every commercial contract openly contested by international rivals.

The Downstream Market: Where the Money Is

The downstream segment, covering revenues from space-derived services and data sold to end users, was worth €408 billion globally in 2024, up 9%. Europe’s downstream market came in at €78 billion, up 6%, giving Europe a 19% share of the global total. Over 90% of the downstream market is commercial in nature, which distinguishes it sharply from the upstream, where institutional demand still prevails.

The downstream breaks into three segments: satellite communications, Earth observation, and satellite navigation.

Satellite Communications

The satcom market is undergoing the most visible disruption of any space segment, and the numbers from 2024 illustrate just how fast the shift is moving. Starlink subscriptions grew from approximately 5,000 users in 2020 to more than 4 million by the end of 2024. That growth has driven a surge in broadband satellite capacity supply, which in turn has pushed capacity prices sharply lower. Operators that built revenue models around selling GEO transponder capacity are being forced into new configurations.

The downstream satcom value includes operator revenues from Fixed Satellite Service and Mobile-Satellite Service capacity, which represents 12% of the total, alongside revenues from services covering video, telecom, and mobility applications, which account for 88%. Revenue from user terminals is included in the service total.

The structural trend is toward vertical and horizontal integration. SES and Starlink entered a commercial arrangement. Eutelsat and OneWeb merged. Hispasat and Intelsat have pursued various partnership and consolidation agreements. The SES acquisition of Intelsat, financed by the $3.2 billion package secured in June 2024, represents the most substantial consolidation event of the year and signals that the traditional GEO satcom industry is restructuring around scale as its primary defence against LEO competition.

The report notes that Starlink’s subscriber growth over the past four years represents one of the fastest adoption curves in the history of satellite communications. At 5,000 subscribers in 2020 and more than 4 million by the end of 2024, the ramp has compressed what traditional operators might have expected to take a decade into roughly four years. How that trajectory continues as the service expands into developing markets, aviation, and maritime applications will shape the satcom downstream market materially through the rest of the decade.

Earth Observation

The Earth observation downstream market covers commercial data sales, which accounted for 38% of total EO revenue in 2024, and value-added services such as analytics and derived products, which represented 62%. Airbus and Maxar Technologies together account for 41% of global EO data revenues, making the commercial data market structurally concentrated at the top.

North America holds 44% of total EO downstream revenues. Europe is second at 22%, reflecting the continent’s strong government EO programmes, particularly through the Copernicus Earth monitoring system, and a growing commercial analytics ecosystem. Government and defence customers remain the primary buyers of EO products and services globally, which aligns with the broader trend of defence driving space industry growth across segments.

The EO market’s growth in value-added services relative to raw data sales reflects a broader shift in how customers use satellite imagery. Governments and commercial users are increasingly paying for analysed outputs, not just raw scenes. That shift creates opportunities for software and data science companies to capture value that once flowed to satellite operators and imagery providers, and it explains why 62% of EO downstream revenue now sits in services rather than data.

Satellite Navigation

The GNSS downstream market, tracked annually by the EU Agency for the Space Programme, was dominated in 2024 by consumer solutions and road transportation. Consumer solutions, which includes smartphone-based location services, accounted for 59% of total market value. Road transportation contributed 35%. Together these two categories account for nearly 95% of the GNSS segment’s total estimated value.

Revenue from smartphone applications, including banking apps, ride-hailing platforms, in-app purchases for games, and social media applications that rely on location data, represents over 60% of service revenues and over 40% of total GNSS-derived revenues. Galileo, the European navigation constellation, feeds into this market globally, but the revenue that flows through app stores and platform companies largely accrues to U.S. technology firms rather than European satellite operators.

This disconnect between signal provision and revenue capture is one of the clearest illustrations of how downstream value in the space economy often concentrates at the application layer rather than at the infrastructure layer. The organisations building and operating the satellites may provide the fundamental capability, but the commercial returns accrue disproportionately to the software and service businesses built on top of them.

Europe’s Space Workforce

The Eurospace annual industry survey, which has tracked European upstream employment for more than two decades, provides the most granular available data on space employment trends in Europe. In 2023, the most recent year for which detailed employment data is available, the European space upstream industry employed 62,659 full-time equivalents, a 9% increase over 2022 and part of a sustained growth trend running back to 2005.

What has changed recently is the composition of that workforce. Startups, defined by Eurospace as companies founded after 2010 and financed by private equity, now account for more than 8,500 FTEs, representing approximately 14% of total European upstream employment. That share has grown significantly. The caveat embedded in the data matters: most of these startups remain unprofitable on a revenue basis, unable to cover their operating costs from commercial income alone. They depend on investor capital to stay operational while they develop and scale their products and services.

That dependency creates a structural vulnerability that the funding boom of 2024 does not fully address. Series C rounds, like those closed by Isar Aerospace and D-Orbit, indicate companies at an advanced development stage. But in the launch and space logistics business, “advanced development” still typically precedes commercial revenue at meaningful scale by several years. Employment figures in this segment could prove sensitive to funding conditions, particularly if the capital markets for deep tech become less accommodating than they were in 2024.

The survey data covers upstream only, meaning launch and manufacturing. No comparable dataset exists for the downstream space workforce globally. Estimates of total space-sector employment, including all the businesses that use space data and services to deliver value to end customers, are not available in a form that allows reliable global comparison, a gap the report acknowledges without claiming to resolve.

Defence as the Defining Variable

The degree to which defence spending is reshaping the space economy in 2024 can’t be overstated. It’s the primary driver of public budget growth globally. It’s responsible for the fastest-growing slice of satellite manufacturing orders. And it’s altering the competitive dynamics of the upstream market in ways that structurally disadvantage European primes.

The data is unambiguous. Defence exceeded civil space spending globally for the third time in 2024, accounting for 54% of the total. The number of satellites launched for defence customers grew nearly 280% in five years, from 46 in 2020 to 173 in 2024. China’s share of mass launched for defence purposes rose from 13% of the global total in 2005-2009 to nearly 40% in 2020-2024, multiplying nearly sixfold in absolute terms. Satellite manufacturing orders from defence customers jumped from 13% of global order value in 2021 to 67% in 2024.

What makes this particularly significant for Europe is that its budget structure looks nothing like this global picture. Roughly 88% of Europe’s public space spending goes to civil programmes. Europe hasn’t built a defence-oriented institutional demand base that could support its launch industry and satellite manufacturers the way U.S. Space Force contracts support Northrop Grumman, Lockheed Martin, and SpaceX domestically. A growing cohort of German and French startups, including Isar Aerospace, are beginning to attract defence-oriented investment through NATO and national defence agencies, but the scale remains well below what would be needed to shift the structural picture in any near-term timeframe.

The report presents this as an empirical observation rather than a policy prescription, but the implication is hard to miss. If defence demand is the primary driver of the global upstream market, and European manufacturers are structurally underrepresented in defence procurement, the competitive erosion documented in the upstream market data is likely to continue until that alignment changes. Whether European governments are prepared to make the institutional and procurement changes needed to drive that alignment is a political question, not a technical one.

Reading the Numbers Carefully

Any single-year snapshot of the space economy involves methodological choices that significantly affect the results, and the ESA report is unusually transparent about this. That transparency is itself worth understanding.

The upstream market methodology allocates the full value of a spacecraft and its launch to the year of launch, rather than spreading costs across the development period. That creates year-to-year volatility that can look like dramatic market shifts but often reflects timing as much as fundamental change. A year with multiple large satellite constellation launches will show a very different upstream figure than a year when fewer but more expensive spacecraft fly.

Private investment figures from ESPI, Space Capital, and Dealroom use different segment definitions and different scopes of what counts as “space,” making direct cross-source comparison unreliable. Space Capital’s Applications category includes companies like Uber due to their reliance on GNSS, which significantly inflates the U.S. share compared to infrastructure-focused analyses. The ESPI perimeter, used for the primary European figures in the report, considers only startups, not established companies, and applies a narrower definition of space activity.

The downstream market’s scope is actively contested. The report acknowledges that the boundary between what constitutes the space industry’s own revenues and what constitutes the broader economic impact of space services remains a matter of ongoing methodological discussion. Where one draws that line can shift the global figure by tens of billions of euros. The estimate of €408 billion for 2024 should be understood as one coherent and carefully defined methodology, not as a universally agreed measure.

Europe’s Competitive Position: The Honest Assessment

There’s a tendency in space industry coverage to frame Europe’s situation as one of catching up. That framing doesn’t match what the data shows. The more accurate reading is that Europe is losing ground in some areas while making real progress in others, and both of those things are happening at the same time.

The upstream market share figures, 6% globally and 33% of the accessible market, are worse than they appear at first because the “accessible” category is also accessible to competitors from Asia and North America. European companies aren’t guaranteed any portion of it. They’re competing for a shrinking slice of a contested pool while the larger, growing portions of the overall market sit in areas they structurally can’t access.

Private investment trends offer a more encouraging counterpoint. Europe’s jump from 3% of global private space investment in 2019 to 22% in 2024 is a real structural shift, not a statistical anomaly. Germany’s emergence as a hub for space and defence startups, Munich’s €1 billion in VC funding in 2024 alone, and the maturing funding rounds of companies like Isar Aerospace, D-Orbit, and The Exploration Company suggest a commercial ecosystem developing real scale and credibility.

Whether the startups funded in 2024 will translate into the kind of revenue-generating, commercially independent businesses that strengthen Europe’s industrial position long-term is a question the data can’t answer yet. The history of “new space” companies globally suggests calibrated expectations rather than confident projections. Many companies that attracted significant capital between 2019 and 2022 have since scaled back, restructured, or shut down. The 2024 cohort of European companies may follow a different trajectory given the more focused, defence-adjacent applications they’re pursuing, but it’s too early to assume the investment momentum automatically resolves into industrial strength.

The report’s most pointed observation, framed in careful statistical language, is that the decline in European competitiveness in the accessible upstream market has been accelerating in the past five years. That acceleration is happening in parallel with the startup funding boom, not instead of it.

Summary

The ESA Report on the Space Economy 2025 captures an industry at a point of clear divergence between its headline metrics and its structural realities. The global numbers are striking: record public budgets, rebounding private investment, growing launch cadence, and an expanding downstream market across all three segments. Europe shows real momentum in private funding and startup formation, with its share of global private space investment rising sevenfold in five years. But the structural trends in the upstream market tell a harder story, one where Europe’s share of global spacecraft manufacturing and launch revenue is declining steadily, the portion of the market accessible to European companies is shrinking relative to the whole, and the primary engine of global growth, defence institutional spending, is a category where European industry remains structurally underweight.

The detail that deserves more attention than it typically receives: Europe’s capture rate of its own accessible upstream market has fallen from roughly 60% in the decade ending in 2014 to 33% in 2024. No amount of Series B and Series C startup funding resolves that quickly. Building a launch vehicle or a satellite constellation takes a decade or more from first financing to operational scale. The companies closing significant rounds in 2024 may not be flying in volume until the late 2020s, and the competitive environment will keep shifting in the meantime.

What the report also confirms is that the model of European space competitiveness built on Ariane-family launchers serving the commercial GEO market is structurally weakened, not as a matter of opinion but as a matter of market share arithmetic spanning two decades. What replaces that foundation is still being built, funded, and in some cases still being designed. The 2026 edition of this report will be the first to show whether any of the investment made in 2024 is beginning to move those numbers in the other direction.

Appendix: Top 10 Questions Answered in This Article

How large was the global space economy in 2024?

The global upstream launch and manufacturing market reached €63 billion in 2024, while the downstream market for space services was valued at €408 billion. Public institutional space budgets added another €122 billion, and private investment globally reached €7 billion, placing the combined scope of space sector activity well above €400 billion in annual value.

Why did global public space budgets grow so fast in 2024?

Defence spending was the primary driver, growing 12% year over year and exceeding civil space spending for the third time in history, reaching 54% of the global institutional total. Civil programmes grew at 7%, driven by long-term human spaceflight and exploration investments from established space nations, but defence overtook civil as the dominant growth engine.

What share of global private space investment does Europe now capture?

Europe captured 22% of global private space investment in 2024, up from just 3% in 2019. European space ventures raised €1.5 billion through 99 deals, a new record, with Germany accounting for roughly 50% of that total driven by six major company funding rounds concentrated in 2024.

How many satellites were launched in 2024?

A total of 2,877 satellites were launched globally in 2024, a 2% decrease from 2023 and the first annual decline since Starlink deployment began in 2019. Despite fewer satellites by count, total mass launched rose 41% to nearly 2,100 tonnes, driven by the shift to heavier second-generation Starlink V2 Mini satellites weighing approximately 800 kg each.

What is Europe’s share of the global upstream space market?

Europe held just 6% of the global upstream launch and manufacturing market in 2024, down from 16% in 2018 and 21% in 2008. Within the portion of the market accessible to European companies, they captured approximately 33%, down from an average of 60% during the decade from 2005 to 2014.

Which country dominates global institutional space spending?

The United States held 61% of global institutional space budgets in 2024, though that share has declined from over 75% in 2000. China ranked second at 15%, growing from just 2% in 2000 and now surpassing Europe’s combined total. Europe’s share of the global public space budget has declined from 15% five years ago to 10% in 2024.

What are the three main segments of the downstream space market?

The downstream space market covers satellite communications, Earth observation, and satellite navigation. Together these generated €408 billion globally in 2024, with over 90% of that total coming from commercial activity rather than government procurement, which distinguishes the downstream substantially from the upstream market in its commercial character.

How significant is Starlink to global space activity statistics?

Starlink accounted for 70% of total mass launched globally in 2024 and 1,982 of the 2,877 satellites placed in orbit. SpaceX conducted 90 self-provisioned launches for Starlink during the year. Due to SpaceX’s vertically integrated structure, Starlink’s contribution to the upstream market in revenue terms is estimated at only 19% of launch value and 7% of manufacturing value, far below its physical dominance.

How many people work in Europe’s space upstream industry?

The European space upstream industry employed 62,659 full-time equivalents in 2023, a 9% increase over 2022 and part of a growth trend running back to 2005. Space startups accounted for more than 8,500 of those FTEs, roughly 14% of the total, though most of these companies remained unprofitable on a revenue basis and dependent on continued investor capital to sustain operations.

What drove the surge in China’s private space investment in 2024?

China’s private space investment in the infrastructure segment surged 175% in 2024, reaching approximately €2 billion. A significant portion of this was driven by the Shanghai Spacecom Satellite Technology Series A funding round of $994 million in February 2024, raised to build the G60 megaconstellation of 12,000 broadband satellites intended to compete directly with Starlink.