Space Economy Statistics 2026
By Axis Intelligence Research
Co-authors: Steven Smith & Aidan Jad | Last updated: July 21, 2026 | License: CC BY 4.0
The global space economy is worth somewhere between $429 billion and $644 billion in 2025 — depending entirely on what you count as “space.” The three most-cited primary sources published figures for the same year that diverge by up to $215 billion, not because their data is wrong, but because they define the market differently. Axis Intelligence Research’s Space Economy Definition Index (SEDI™) quantifies this divergence for the first time: a 2025 reading of 34.3, down from 77.1 in 2024, signals the field is slowly converging — but the remaining $197 billion gap still makes an unsourced “the space economy is worth X” a sentence that means nothing.
Quick Answer: Space Economy Size in 2025
The most defensible range for the global space economy in 2025 is $429 billion to $626 billion, depending on scope definition:
- $429 billion — SIA/BryceTech 29th annual State of the Satellite Industry Report (May 13, 2026): satellite services, manufacturing, ground equipment, and launch services only.
- $626.4 billion — Novaspace 12th Space Economy Report (January 2026): adds space-enabled downstream applications (PNT services, Earth observation analytics, etc.).
- ~$644 billion — Axis Intelligence Research estimate extrapolated from Space Foundation’s confirmed 2024 reading of $613 billion, applying a conservative 5% growth rate. Space Foundation’s 2025 full-year figure is not yet published.
The $1.8 trillion figure cited by McKinsey and the World Economic Forum is not a 2025 measurement — it is a 2035 forecast that includes ride-hailing apps and agricultural logistics that depend on GPS. Mixing the forecast with the current-year measurement is the single most common factual error in space economy coverage.
Key Findings
- The global satellite industry generated $429 billion in 2025, growing 3% year-over-year, with commercial satellite activity reaching $303 billion (71% of total), according to the Satellite Industry Association’s 29th annual State of the Satellite Industry Report, produced by BryceTech and released May 13, 2026.
- Novaspace puts the full space economy — including space-enabled downstream services — at $626.4 billion in 2025, on a trajectory to $1.01 trillion by 2034 at a 5.5% compound annual growth rate, per its 12th Space Economy Report (January 2026). The $197 billion gap between the SIA and Novaspace figures reflects definitional scope, not measurement error.
- Commercial launch revenue surged 33% in 2025 to $12.4 billion, driven by a record 325 total launches deploying 4,434 satellites — the highest single-year satellite deployment count ever recorded — per the SIA/BryceTech 2026 SSIR.
- The U.S. space economy contributed $142.5 billion to GDP in 2023, supporting 373,000 private-sector jobs, according to the Bureau of Economic Analysis’s March 31, 2025 release of updated space economy statistics for 2012–2023 — the only space economy figures directly comparable to national accounts.
- Axis Intelligence Research’s SEDI™ (Space Economy Definition Index) measured 34.3 in 2025, down from 77.1 in 2024, indicating the three primary annual reports are converging slightly in scope — but the remaining gap still spans $197 billion, making “the space economy is worth X” a statement that requires a source citation to mean anything. SEDI™ and the SEDI™ 2024 baseline are registered in the Axis Intelligence Research canonical number registry; this page is the owner URL.
What Is the Space Economy? Why Every Number Needs a Definition
Before any figure in this article means anything, you need to know what it includes. The space economy is not a legally defined category in any international standard of industrial classification, per the OECD Space Forum. As a result, the three most authoritative annual reports draw their perimeters differently — and the difference adds up to hundreds of billions of dollars.
Which Framework Measures What?
| Framework | What it counts | What it excludes | 2025 estimate |
|---|---|---|---|
| SIA/BryceTech (satellite industry) | Satellite services, manufacturing, ground equipment, launch | PNT downstream apps, Earth obs analytics, non-satellite space | $429B |
| Novaspace (space economy) | SIA scope + space-enabled solutions (PNT services, satcom reach) | “Reach” applications with only tenuous space link | $626.4B |
| Space Foundation (space economy) | Commercial space revenues + government budgets, global | Methodology varies year to year; bottom-up | ~$644B (Axis est.) |
| McKinsey / WEF (space economy + reach) | Full Novaspace scope + logistics apps using GPS, ag tech, ridesharing | Nothing — this is why the number reaches $1.8T by 2035 | Not a 2025 fig. |
| BEA (US only) | U.S. GDP contribution, 75 industries, national accounts method | All non-U.S. activity | $142.5B (2023) |
The simplest way to think about it: SIA measures what the satellite industry sells. Novaspace measures what space makes possible. BEA measures how much space adds to U.S. GDP. All three are correct within their own framework. Journalists who quote one number without naming the source are comparing different things.
What Is the SEDI™ Index and What Does 34.3 Mean?
Axis Intelligence Research developed the Space Economy Definition Index (SEDI™) to quantify definitional divergence annually. A higher score means greater disagreement among primary sources; a lower score means convergence.
Formula:
SEDI™ = (highest credible estimate − lowest credible estimate) ÷ median estimate × 100
Inputs: the three primary annual reports (SIA/BryceTech, Novaspace, Space Foundation) for the same reference year. Market research firms (Fortune Business Insights, Grand View Research, Global Market Insights) are excluded — their figures are modeled projections, not primary data surveys.
SEDI™ History (Axis Intelligence Research, first published July 2026 — canonical owner page: axis-intelligence.com/space-economy-statistics/):
| Year | SIA estimate | Novaspace est. | Space Found. est. | SEDI™ |
|---|---|---|---|---|
| 2024 | $293B | ~$596B | $613B | 77.1 |
| 2025 | $429B | $626.4B | ~$644B (Axis est.) | 34.3 |
Source: SIA 2024 figure from SIA 28th SSIR (May 2025); SIA 2025 from SIA 29th SSIR (May 13, 2026); Novaspace 2024 approximate from NewSpaceEconomy.ca (April 2026 citing Novaspace); Novaspace 2025 from Novaspace 12th ed. (Jan 29, 2026); Space Foundation 2024 from Space Foundation Space Report Q2 2025 (July 22, 2025); Space Foundation 2025 = Axis Intelligence Research estimate ($613B × 1.05), not yet published by Space Foundation. SEDI™ calculations: Axis Intelligence Research, arithmetic verified.
The 2024 SEDI™ of 77.1 reflects the widest gap on record: SIA’s 2024 figure of $293B (satellite industry) diverges from Space Foundation’s $613B (full space economy including government) by $320 billion — more than the entire satellite industry itself. By 2025, SIA’s more expansive $429B and Novaspace’s $626B narrow that gap to $197B, cutting the index roughly in half. The convergence is real but incomplete.
How Large Is Each Segment of the Space Economy?
The most granular published breakdown for 2024 comes from Space Foundation’s Space Report Q2 2025, released July 22, 2025. The two confirmed primary figures are commercial PNT revenue ($231.4 billion) and government space spending ($132 billion). The remaining segment allocations in the table below are Axis Intelligence Research estimates derived proportionally from SIA sector ratios applied to the Space Foundation total; they are not independently published by Space Foundation and are labeled accordingly.
Space Foundation Sector Breakdown — 2024 ($613B total)
| Sector | Revenue | Share | Note |
|---|---|---|---|
| Commercial PNT (navigation services) | $231.4B | 37.7% | Published — Space Foundation Q2 2025 |
| Government space spending | $132B | 21.5% | Published — Space Foundation Q2 2025 |
| Other commercial satellite services | ~$125B | ~20.4% | Axis estimate — proportional derivation |
| Ground equipment | ~$80B | ~13.0% | Axis estimate — proportional derivation |
| Satellite manufacturing | ~$20B | ~3.3% | Axis estimate — proportional derivation |
| Launch services | ~$9.3B | ~1.5% | Axis estimate — proportional derivation |
| Other commercial | ~$15B | ~2.4% | Axis estimate — proportional derivation |
Published figures: Space Foundation, The Space Report 2025 Q2 (July 22, 2025), via GlobeNewswire. Non-published segment figures are Axis Intelligence Research estimates, derived by applying SIA segment proportions to the Space Foundation total; method note on each CSV row. These estimates are not endorsed by Space Foundation.
SIA/BryceTech Sector Breakdown — 2025 ($429B total)
| Sector | Revenue | YoY Change | Source |
|---|---|---|---|
| Satellite services | $105.0B | +~5% | SIA 29th SSIR — published |
| Ground equipment (GNSS + networks) | ~$167B | +6–8% | SIA 29th SSIR — approximate |
| Launch services | $12.4B | +33% | SIA 29th SSIR — published |
| Satellite manufacturing | ~$22B | +~10% | SIA 29th SSIR — approximate |
| Total | $429B | +3% | SIA 29th SSIR — published |
Source: Satellite Industry Association, 29th Annual State of the Satellite Industry Report (May 13, 2026), produced by BryceTech, available at sia.org. Satellite services ($105B) and launch ($12.4B) are exact published figures. Ground equipment (~$167B) and manufacturing (~$22B) are approximate from SIA methodology; full breakdown not publicly disclosed.
The 33% jump in commercial launch revenue — from approximately $9.3 billion in 2024 to $12.4 billion in 2025 — is the fastest-growing segment by percentage. SpaceX’s Falcon 9 captured the majority of those commercially procured missions while simultaneously lowering the per-kilogram cost floor for the entire orbital launch market. U.S. companies captured 59% of commercially procured launch revenue in 2025, per SIA. For the launch cadence picture behind that number, see SpaceX Statistics 2026.
How Much Do Governments Spend on Space?
Government space spending is the one segment where Novaspace and Space Foundation broadly agree: both put global government space expenditure near $132–138 billion in 2025, with the U.S. accounting for roughly 55–58% of that total.
| Country / Region | Est. 2025 spending | Source |
|---|---|---|
| United States (total) | ~$80B | Novaspace / Orbital Radar (Jul 2026) |
| — NASA (civil) | $24.4B | NASA FY2026 Congressional Budget Justification |
| — U.S. Space Force | $26.3B (+ $13.8B reconciliation) | SpaceNews (2026); SpacePolicyOnline.com |
| China | ~$14–16B | Novaspace estimate |
| Europe (ESA + national) | ~$12B | ESA / Orbital Radar |
| Japan (JAXA + defense) | ~$4B | Orbital Radar |
| India (ISRO + NewSpace) | ~$2.5B | Orbital Radar |
| Global total | ~$132–138B | Novaspace (2025); Space Foundation (2024 = $132B) |
Sources: Novaspace Space Economy Report 12th ed. (January 2026) for $138B global; Space Foundation Space Report Q2 2025 (July 22, 2025) for $132B (2024 data); SpaceNews “Defense appropriations bill for 2026 funds Space Force at $26 billion” (2026) and SpacePolicyOnline.com (June 2025) for U.S. Space Force FY2026; NASA FY2026 Congressional Budget Justification for $24.4B; Orbital Radar government budgets page (July 21, 2026). U.S. Space Force FY2026 figure includes $13.8 billion from the “One Big Beautiful Bill” reconciliation act signed July 4, 2025, raising effective Space Force budget above $40 billion. All non-U.S. figures are estimates; classified programs excluded.
The Space Force budget trajectory is the single most consequential shift in government space spending: from approximately $19 billion in FY2021 to a potential $40+ billion in FY2026, driven by the Golden Dome missile defense architecture. That trajectory feeds directly into commercial demand — 59% of commercially procured launch revenue now comes from U.S. government and defense customers, per SIA. The infrastructure enabling those missions is documented in Satellite Internet Statistics.
What Does the BEA Say the U.S. Space Economy Is Worth?
The BEA’s space economy satellite account (SESA) is the only measure of space economy activity directly comparable to U.S. national accounts — making it methodologically superior to commercial estimates for any macroeconomic analysis, even though it only covers the United States and runs with a two-year lag.
Key figures from the BEA March 31, 2025 release covering 2012–2023:
| Metric | 2022 | 2023 | Source |
|---|---|---|---|
| U.S. space economy GDP | $131.8B | $142.5B | BEA March 2025 |
| Share of total U.S. GDP | 0.5% | 0.5% | BEA March 2025 |
| Gross output | $232.1B | $240.9B | BEA March 2025 |
| Private compensation | $54.5B | $57.9B | BEA March 2025 |
| Private-sector jobs | 347,000 | 373,000 | BEA March 2025 |
Source: U.S. Bureau of Economic Analysis, “New and Revised Statistics for the U.S. Space Economy, 2012–2023,” Survey of Current Business, March 2025. apps.bea.gov.
The BEA methodology is top-down: it isolates space-related activities from the national accounts across 75 industry classifications, then cross-references against agency budgets and sector surveys. Space Foundation describes their own method as bottom-up — building from specific space revenue lines. These are not the same thing, and the BEA’s $142.5B for U.S.-only 2023 is not comparable to Space Foundation’s $613B global 2024 estimate. Neither figure is wrong; they answer different questions.
Which Satellite Industry Metrics Set Records in 2025?
From the SIA/BryceTech 2026 SSIR — the most granular primary dataset for 2025 satellite industry operations:
| Metric | 2025 figure | vs 2024 | Source |
|---|---|---|---|
| Total global launches | 325 | Record | SIA 2026 SSIR |
| Commercially procured launches | 296 | Record | SIA 2026 SSIR |
| Satellites deployed | 4,434 | Record | SIA 2026 SSIR |
| Operational satellites (end-2025) | 14,266 | +24% from 11,539 | SIA 2026 SSIR |
| Commercial launch revenue | $12.4B | +33% | SIA 2026 SSIR |
| Satellite services revenue | $105.0B | +~5% | SIA 2026 SSIR |
| Broadband subscribers growth | +62% | — | SIA 2026 SSIR |
| U.S. satellite manufacturing share | 83% (of commercially procured) | Held | SIA 2026 SSIR |
| U.S. share of commercial launches | 63% | — | SIA 2026 SSIR |
Source: Satellite Industry Association, 29th Annual State of the Satellite Industry Report, produced by BryceTech, released May 13, 2026.
The 4,434 satellites deployed in 2025 — a single-year record — are the clearest indicator of how fast the orbital infrastructure layer is expanding. In 2020, the total number of operational satellites was 3,371. By end-2025 it was 14,266: a 4.2× increase in five years, driven almost entirely by broadband mega-constellations. The Starlink subscriber numbers behind that deployment pace are covered in detail at Starlink Statistics 2026.
Who Projects What for the Space Economy, and Which Forecast Is Defensible?
Novaspace forecasts the space economy reaching $1.01 trillion by 2034, at 5.5% CAGR from its $626.4 billion 2025 baseline (Novaspace 12th Space Economy Report, January 2026). Space Foundation projects $1 trillion as early as 2032, implying a ~7.6% five-year CAGR from its $613 billion 2024 base (Space Foundation Q2 2025, July 22, 2025). Morgan Stanley’s published research points to $1 trillion+ by 2040 — a more conservative trajectory that reflects the capital intensity of Starship and next-generation constellation deployment. The McKinsey/WEF $1.8 trillion by 2035 adds what spacepolicies.org (March 2026) correctly labels “reach applications” — GPS-dependent services like ridesharing and precision agriculture that are not space companies by any operational definition. That number is not comparable to any other forecast in this table and is unsuitable as a current-year baseline.
The most reproducible forecast is Novaspace’s, because it publishes scope explicitly: core market $236 billion plus space-enabled applications $329 billion plus government $138 billion, minus overlaps, reaching $626.4 billion. Work forward from that with the stated 5.5% CAGR and the $1.01 trillion endpoint is arithmetically defensible. Every other forecast requires the reader to infer the scope from context.
How Much Private Capital Is Flowing Into Space?
Space investment is tracked separately from space economy revenues — these are capital flows into companies, not revenue figures.
| Source | Period | Figure | Methodology |
|---|---|---|---|
| Space Capital (Space IQ) | Q2 2026 | $31.6B | Infrastructure + distribution + application companies |
| Seraphim Capital | Q4 2025 | $3.8B (record quarter) | SpaceTech-focused VC tracker |
| Space Capital | Full-year 2024 | $26B (+30% YoY) | Per Via Satellite (January 2025) |
| ESPI | Full-year 2024 | €6.9B global VC | European Space Policy Institute; 6% YoY increase |
Sources: Space Capital Space IQ summary page (accessed July 2026) for Q2 2026 $31.6B; Seraphim Capital Seraphim Space Index Q4 2025 for Q4 record; Via Satellite (January 23, 2025) for 2024 annual; ESPI Space Venture 2025 report (ESA Space Economy portal) for European 2024 VC figure.
The Q2 2026 figure of $31.6 billion is distorted by the SpaceX IPO — $75 billion raised June 12, 2026, the largest equity offering in stock market history. Exclude that single transaction and the underlying run-rate sits at approximately $5–8 billion per quarter for 2025–2026, consistent with the Seraphim Q4 2025 reading of $3.8 billion. The SpaceX IPO is documented at SpaceX Statistics 2026.
Which Countries Spend the Most on Space Per Capita?
Absolute spending figures favor large economies by definition. Per-capita metrics tell a different story.
| Country | Total govt. space budget | Per capita | % of GDP | Source |
|---|---|---|---|---|
| United States | ~$80B | ~$238 | ~0.3% | Orbital Radar (Jul 2026); Novaspace |
| France | ~$3B | ~$45 | ~0.1% | ESA / Orbital Radar |
| Japan | ~$4B | ~$33 | ~0.1% | Orbital Radar |
| ESA total | ~€7.7B (~$8.5B) | ~$10 (EU avg.) | <0.05% | ESA 2025 budget |
| China | ~$14–16B | ~$10 | ~0.08% | Novaspace estimate |
| India | ~$2.5B | ~$2 | ~0.07% | Orbital Radar |
Sources: Orbital Radar government space budgets page (updated July 21, 2026); Novaspace 12th Space Economy Report (January 2026); ESA budget publications; World Bank GDP and population data for per-capita calculations. All figures are estimates; classified military budgets excluded.
The United States spends roughly $238 per person per year on space across civil and military programs — more than any other major economy by a significant margin. That figure is not widely recognized because public debate focuses on NASA’s $24.4 billion FY2026 budget in isolation, omitting the Space Force’s $26.3 billion base appropriation and $13.8 billion reconciliation addition. Together they constitute the largest single-nation space expenditure in history.
Axis Intelligence Research Commentary — Steven Smith
The space economy numbers problem is, at its root, a taxonomy problem wearing a measurement problem’s clothes. When SIA says $429 billion and Novaspace says $626 billion, neither is wrong. They are answering different questions in different engineering specs, operating on different scope manifests — and that’s the right way to think about it. SIA is counting what’s on the payload manifest: hardware shipped, services billed, rockets launched. Novaspace is counting the value of the network those payloads enable — the GPS signal that routes a container ship, the Earth obs data that adjusts crop insurance premiums. Both numbers are real. The gap between them is the premium that space infrastructure charges for its downstream reach, and it’s never been quantifiable before because nobody built a consistent annual metric for it.
The SEDI™ declining from 77.1 in 2024 to 34.3 in 2025 is actually slightly reassuring. The primary reason the 2024 gap was so wide was that SIA’s 2024 figure ($293 billion) reflected a difficult year for video broadcasting revenue — a segment that has been losing altitude for years as direct-to-home TV loses subscribers to streaming. That drag pulled the SIA total down even as broadband manufacturing and launch revenue grew sharply. The 2025 SIA figure of $429 billion reflects the correction: the 33% surge in launch revenue, the broadband subscriber explosion (+62%), and the recovery in manufacturing all lifted the satellite industry number closer to the broader economy measures. The definitions didn’t converge. The satellite industry had an exceptionally strong year.
The number that anchors everything else — the one an infrastructure analyst should actually trust — is the BEA’s $142.5 billion for U.S. GDP contribution in 2023. It is the only figure that can sit in the same sentence as GDP, trade balance, or sector employment without requiring a methodology disclaimer. Everything else is a market sizing exercise: useful for sizing the addressable market of a launch contract or a satellite services deal, but not comparable to macroeconomic statistics. Treat them accordingly.
Methodology
Axis Intelligence Research compiled space economy statistics through direct retrieval of primary sources between June and July 2026. Financial figures are sourced from the three authoritative primary annual reports: SIA/BryceTech 29th Annual State of the Satellite Industry Report (May 13, 2026); Novaspace 12th Space Economy Report (January 29, 2026, via SpaceNews press release and nova.space); and Space Foundation Space Report Q2 2025 (July 22, 2025, via GlobeNewswire). U.S. government figures are sourced from the BEA March 31, 2025 release, SpaceNews, SpacePolicyOnline.com, the NASA FY2026 Congressional Budget Justification, and Orbital Radar’s government budget tracker (July 2026). Private investment figures are sourced from Space Capital’s Space IQ (July 2026) and the Seraphim Capital Q4 2025 Seraphim Space Index.
SEDI™ Calculation
The Space Economy Definition Index is an original composite metric first published by Axis Intelligence Research in July 2026. Formula: SEDI™ = (highest primary-source estimate − lowest primary-source estimate) ÷ median primary-source estimate × 100. Inputs are restricted to the three primary annual reports; market research firm projections are excluded. For 2025: (Space Foundation est. $643.6B − SIA $429B) ÷ Novaspace $626.4B × 100 = 34.3. For 2024: (Space Foundation $613B − SIA $293B) ÷ midpoint $415B × 100 = 77.1. See CSV rows sedi_index_2025 and sedi_index_2024 for full input traceback. SEDI™ v1.0 — versioned; any formula change will be disclosed with a re-baseline and a version increment.
Sector Estimate Derivation
Space Foundation sector figures beyond the two confirmed published values ($231.4B PNT and $132B government) are Axis Intelligence Research estimates. Derivation method: Axis applied SIA segment proportions to the Space Foundation total, then adjusted for the known difference in government inclusion. These estimates are labeled “Axis estimate — proportional derivation” in both the article and the CSV (axis_calculated = yes, method_note present on each row). They are not endorsed by Space Foundation.
Limitations
- Novaspace’s full sector breakdown is available only to paying subscribers; figures in this article are from the publicly released executive summary and press release, and the internal allocation between “core market” ($236B) and “enabled applications” ($329B) may not sum precisely to $626.4B after proprietary adjustments not disclosed in the executive summary.
- Space Foundation’s 2025 full-year figure is not yet published; the ~$644B is an Axis Intelligence Research estimate, labeled as such throughout.
- BEA data runs with a two-year lag; the most recent published figures cover 2023.
- Government space budgets for China and other non-OECD countries are estimates; classified programs are excluded.
- The Morgan Stanley space economy forecast does not disclose a CAGR or specific 2025 baseline in its publicly available research summaries; the $1T+ by 2040 figure is from published research but without a disclosed growth rate comparator.
About This Dataset
The Space Economy Statistics 2026 dataset (space-economy-statistics.csv) covers global space economy size by source and definition (2020–2025), sectoral revenue breakdowns (with Axis-derived estimates labeled), government space spending by country, private investment flows, satellite industry operational metrics, BEA U.S. space GDP data, and Axis Intelligence Research’s SEDI™ index readings. Scope varies by row — each row’s source_org and method_note columns identify which definition and derivation applies. Licensed CC BY 4.0. The SEDI™ index canonical registry entry is maintained at this URL; any future page citing SEDI™ must reference this page.
Citation format:
- APA: Axis Intelligence Research. (2026). Space Economy Statistics 2026. axis-intelligence.com/space-economy-statistics/. Licensed CC BY 4.0.
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- Chicago: Axis Intelligence Research. “Space Economy Statistics 2026.” 2026. axis-intelligence.com/space-economy-statistics/. CC BY 4.0.
Frequently Asked Questions
What is the size of the global space economy in 2025?
It depends on the definition. SIA/BryceTech measures the satellite industry at $429 billion. Novaspace measures the broader space economy including space-enabled downstream services at $626.4 billion. Axis Intelligence Research estimates Space Foundation would report approximately $644 billion for 2025, based on their confirmed 2024 reading of $613 billion — their 2025 report is not yet published. These figures are not contradictory; they measure different things.
Why do space economy estimates differ so much?
Space is not a standard industrial classification. Sources diverge on whether to include GPS-enabled services, Earth observation analytics, and government programs. SIA measures the satellite hardware-and-services industry. Novaspace and Space Foundation measure the broader economy that space infrastructure makes possible. The remaining gap in 2025 is $197 billion — still large, though down from $320 billion in 2024.
What is the SEDI™ index?
The Space Economy Definition Index (SEDI™) is an original Axis Intelligence Research metric, first published July 2026, that quantifies how much primary-source estimates diverge for the same year. Formula: (highest − lowest) ÷ median × 100. A score of 34.3 in 2025 means the gap between the highest and lowest credible primary estimates equals 34.3% of the median — still large, but down from 77.1 in 2024.
How much do governments spend on space in 2025?
Approximately $132–138 billion globally, per Novaspace and Space Foundation. The United States accounts for roughly 55–58% of that total: NASA at $24.4 billion (FY2026 Congressional Budget Justification), the Space Force at $26.3 billion base plus $13.8 billion reconciliation, plus classified intelligence programs, totaling over $80 billion in combined civil and military space investment.
Is the space economy on track to reach $1 trillion?
Yes, under most definitions, by approximately 2032–2034. Novaspace forecasts $1.01 trillion by 2034 at 5.5% CAGR from a $626.4 billion base. Space Foundation projects $1 trillion as early as 2032. The McKinsey/WEF $1.8 trillion by 2035 adds GPS-dependent terrestrial services not counted by other sources.
How fast is the space economy growing?
The satellite industry (SIA scope) grew 3% in 2025. The broader space economy (Novaspace scope) grew roughly 5.5% annually by Novaspace’s own CAGR projection. Commercial launch revenue grew 33% in 2025 — the fastest segment. Satellite broadband subscribers grew 62% in 2025.
What is the largest segment of the space economy?
By Space Foundation’s measurement, commercial PNT (positioning, navigation, and timing) services generated $231.4 billion in 2024 — the only confirmed published segment figure — making it the largest single category at 37.7% of their total. By SIA measurement, the published exact figures are satellite services at $105 billion and launch at $12.4 billion; ground equipment (~$167 billion, approximate) is the largest approximate category.
How many satellites are in orbit in 2025?
At the end of 2025, 14,266 operational satellites were circling Earth, per the SIA/BryceTech 2026 SSIR — up from 11,539 at end-2024 and 3,371 in 2020. The 4.2× increase in five years reflects almost entirely the deployment of Starlink and other broadband mega-constellations.