Rocket Launch Statistics 2026
By Axis Intelligence Research
Co-author: Steven Smith | Last updated: July 30, 2026 | License: CC BY 4.0
The world completed 325 orbital launches in 2025 — a 25% jump over 2024’s then-record of 261, a pace that would have seemed inconceivable a decade ago. A single company flew more rockets than the rest of the planet combined, and the United States and China together accounted for 88% of every attempt that left the ground. The industry is not converging; it is concentrating.
Quick Answer
In 2025, there were 325 orbital launch attempts globally, with 317 successes — a 96.1% success rate and the highest annual launch total in history, per BryceTech’s 2025 Year in Review. SpaceX alone flew 165 Falcon 9 missions (plus 5 Starship flights), accounting for 51% of all global launches. The United States conducted 181 orbital attempts and China 92, together representing 88% of worldwide activity. A record 4,544 spacecraft were deployed, with small satellites under 1,200 kg comprising 98% of the total.
Key Findings
- According to Axis Intelligence Research’s analysis of BryceTech and FAA primary data, SpaceX conducted 165 Falcon 9 orbital launches in 2025 — more than the entire rest of the world combined — while deploying 85% of all satellites placed in orbit that year.
- Global orbital launch attempts reached 325 in 2025, a 25% increase over 2024 and the sixth consecutive record year, according to BryceTech’s Orbital Launches Year in Review 2025; the 317 successes represented a 96.1% success rate, the highest in the modern commercial era.
- According to Axis Intelligence Research’s calculation using FAA Aerospace Forecast data, SpaceX averaged one FAA-licensed launch every 2.26 days in FY2025 — a launch cadence that would have required the full resources of NASA and the U.S. Air Force combined just fifteen years ago.
- Commercial operators conducted 87% of all orbital launches in 2025, up from 65% in 2023 and 55% in 2022, marking a structural transfer of launch market control from governments to private companies, per BryceTech.
- Axis Intelligence Research finds that the global space sector attracted a record $55.3 billion in private investment in 2025 — more than double the $26 billion invested in 2024 — with Q4 alone accounting for $17.0 billion across 135 rounds, per Space Capital’s Q4 2025 Space IQ Report.
How Many Rocket Launches Were There in 2025?
There were 325 orbital launch attempts worldwide in 2025, according to BryceTech’s 2025 Orbital Launches Year in Review, published April 2026. Of those, 317 reached orbit or near-orbit — a 96.1% success rate. The 13 failures represent a lower absolute count than the 11 recorded in the smaller-volume year of 2023, though the rate is broadly consistent with the modern era.
For context, in 2020 there were 107 orbital launch attempts globally. The industry has tripled in a single five-year window. That acceleration is not spread evenly: it is almost entirely the product of SpaceX’s Starlink deployment cadence and, to a meaningful but smaller degree, China’s national broadband constellations. Strip those two drivers, and global launch activity has grown much more modestly.
Jonathan McDowell, the Harvard-Smithsonian astrophysicist whose independently compiled launch data serves as the field’s primary reference, tracked 329 total orbital attempts for 2025 (a figure that includes some attributed differently across classification systems), with 321 reaching orbit or near-orbit, per Payload’s 2025 orbital launch analysis, published January 2026. The BryceTech figure of 325 excludes certain marginal suborbital-proximate events; both datasets tell the same directional story.
Global Orbital Launch Attempts by Year (2020–2025)
| Year | Total Attempts | Successes | Failures | Success Rate | Source |
|---|---|---|---|---|---|
| 2020 | 107 | 101 | 6 | 94.4% | Wikipedia / McDowell |
| 2021 | 135 | 129 | 6 | 95.6% | Wikipedia / McDowell |
| 2022 | 186 | 178 | 7 | 95.7% | Wikipedia / McDowell |
| 2023 | 223 | 211 | 11 | 94.6% | Wikipedia / McDowell |
| 2024 | 261 | 253 | 6 | 97.0% | Wikipedia / McDowell |
| 2025 | 325–330 | 317–321 | 13 | 96.1–97.3% | BryceTech / McDowell |
Sources: Wikipedia “20XX in spaceflight” annual articles (compiled from McDowell’s launch database); BryceTech 2025 Orbital Launches Year in Review. Retrieved July 2026.
Steven Smith on the trajectory: the six-year acceleration is real, but the story inside it is more concentrated than the headline numbers suggest. SpaceX’s contribution to the 2025 total is roughly 170 launches. Remove that one company and global launch activity — at around 155 attempts — looks broadly similar to 2023. The “space renaissance” is happening, but it has a very specific return address.
How Many Rockets Did SpaceX Launch in 2025?
SpaceX conducted 170 total launches in 2025 — 165 Falcon 9 missions and 5 Starship launches — accounting for 51% of all orbital launches globally, per BryceTech’s Year in Review and Payload’s country breakdown. The Falcon 9 total was the highest annual count for any single launch vehicle family in history.
In terms of mass-to-orbit, SpaceX’s dominance is even more pronounced. According to a BryceTech analysis cited in The Motley Fool’s commercial space launch market report, SpaceX lifted 2,213 metric tons to orbit in 2025 — representing more than 80% of total global mass delivered to orbit for the year. China’s CASC, the second-largest provider by launch count, carried approximately 262 metric tons — roughly 12% of SpaceX’s total.
Of SpaceX’s 170 launches, 122 — approximately 74% — were dedicated Starlink constellation missions, per tracking data cited by Via Satellite. An additional 1,300+ spacecraft were deployed for third-party customers. SpaceX also deployed 85% of all satellites placed in orbit in 2025, per BryceTech’s Year in Review.
The FAA Aerospace Forecast FY2026–2046 provides U.S.-licensed specifics: SpaceX conducted 161 FAA-licensed launches in FY2025 — a fiscal year count that differs slightly from the calendar year total due to mission timing — representing 83% of all U.S. commercial launch operations by operator count. SpaceX has conducted roughly 1,000 Falcon 9 flights since 2010, and the vehicle’s reliability record — zero orbital failures from a Falcon 9 Block 5 as of late 2025 — is the structural foundation for the company’s market position.
SpaceX Launch Volume by Year
| Year | SpaceX Launches | Global Total | SpaceX Share | Source |
|---|---|---|---|---|
| 2019 | 13 | 102 | 12.7% | FAA Aerospace Forecast |
| 2021 | 31 | 135 | 23.0% | FAA / BryceTech |
| 2022 | 61 | 186 | 32.8% | FAA / BryceTech |
| 2023 | 96 | 223 | 43.0% | FAA / BryceTech |
| 2024 | 134 | 261 | 51.3% | BryceTech |
| 2025 | 170 | 325 | 52.3% | BryceTech; Payload |
Sources: FAA Aerospace Forecast FY2026–2046 (April 2026); BryceTech Orbital Launches Year in Review 2025; Payload 2025 orbital launch analysis. Retrieved July 2026.
How Many Rockets Did Each Country Launch in 2025?
The United States and China drove the 2025 record, together accounting for 88% of all orbital launches, per Payload’s 2025 country-level breakdown citing McDowell’s compiled data.
United States: 181 orbital attempts, 179 successes. U.S. providers included SpaceX (170 launches), ULA (6 launches: 5 Atlas V, 1 Vulcan), Blue Origin (2 New Glenn launches), Firefly Aerospace (1 Alpha), and Northrop Grumman (1 Minotaur). U.S.-based Rocket Lab logged a separate 18 orbital launch attempts, 17 from its Mahia, New Zealand facility and 1 from Wallops Island, Virginia.
China: 92 orbital attempts, a 35% increase over 2024’s 68 launches. CASC (China Aerospace Science and Technology Corporation) alone conducted 68 launches, led by Long March 3 (15 missions) and Long March 6 (11 missions). The increase reflects accelerated build-out of the Guowang government broadband constellation and the commercial Qianfan (Spacesail) constellation operated by Shanghai Spacecom Satellite Technology.
Russia: 17 launches, dominated by Soyuz ISS logistics and state communications and remote-sensing missions, consistent with 2024’s 17-launch total. Roscosmos remains a reliable but static contributor at mid-teen annual launch counts.
Europe: 8 launches — 4 Ariane 6, 3 Vega C, and 1 Isar Aerospace Spectrum — the highest European count since 2021, recovering from the multi-year gap after Ariane 5’s retirement. Still a fraction of what Europe needs to achieve strategic launch independence.
Others: Japan (5 launches), India (5 launches), Iran (4 launches), New Zealand (18, all Rocket Lab — attributed to U.S. above).
2025 Orbital Launches by Country/Region
| Country/Region | Launches | Global Share | Change vs. 2024 | Source |
|---|---|---|---|---|
| United States | 181 | 55.7% | +27 | Payload / McDowell |
| China | 92 | 28.3% | +24 | Payload / McDowell |
| Russia | 17 | 5.2% | Flat | Payload / McDowell |
| Europe | 8 | 2.5% | +5 | Payload / McDowell |
| Japan | 5 | 1.5% | — | Payload / McDowell |
| India | 5 | 1.5% | — | Payload / McDowell |
| Other | 17 | 5.2% | — | Payload / McDowell |
| Total | 325 | 100% | +64 (+24.6%) | BryceTech |
Source: Payload (McDowell data), “2025 Orbital Launch Attempts by Country,” January 2026; BryceTech Orbital Launches Year in Review 2025. Retrieved July 2026.
Steven Smith’s read: the Europe column is the one worth watching even though it is the smallest. Ariane 6 reached full operational tempo in 2025, which matters geopolitically more than its launch count suggests. The EU has spent a decade without independent heavy-lift capability; 2025 was the year that gap began to close, even if it remains very large. Whether Ariane 6 can compete commercially against Falcon 9 on cost is a separate question — and a harder one.
How Many Satellites Were Launched in 2025?
A record 4,544 spacecraft were deployed in 2025, representing a 54% increase over 2024’s approximately 2,950 spacecraft, per BryceTech’s Year in Review. Of those, 87% were owned by commercial entities — a decade ago, the ratio was reversed.
Small satellites dominated: 98% of spacecraft deployed in 2025 weighed less than 1,200 kg, reflecting the structural shift to LEO broadband constellations built on mass-produced small satellites rather than the single high-value GEO platforms that defined the industry through the 2010s. SpaceX deployed 3,854 Starlink satellites in 2025 alone (up from 2,390 in 2024), per BryceTech tracking data.
By mission type: Communications satellites represented 83% of spacecraft launched, driven overwhelmingly by Starlink replenishment and initial deployment of Amazon Kuiper (which began commercial launches in 2025, with full deployment targeted by 2031 per the FAA Aerospace Forecast). Earth observation, technology demonstration, and navigation payloads composed the remaining 17%.
Payload mass: In aggregate, service providers worldwide launched an estimated 2.7 million kilograms of spacecraft mass in 2025, per BryceTech’s Year in Review — a figure that underscores the asymmetry between satellite count (dominated by small LEO spacecraft) and mass-to-orbit (dominated by SpaceX’s aggregate Starlink tonnage).
Spacecraft Deployed by Year
| Year | Spacecraft Deployed | Commercial % | Communications % | Source |
|---|---|---|---|---|
| 2022 | ~2,000 | ~75% | — | BryceTech |
| 2023 | ~2,900 | ~80% | — | BryceTech |
| 2024 | ~2,950 | ~85% | — | BryceTech |
| 2025 | 4,544 | 87% | 83% | BryceTech Year in Review 2025 |
Source: BryceTech Orbital Launches Year in Review 2025; Payload 2025 analysis. Retrieved July 2026.
What Is the Rocket Launch Success Rate?
The 2025 global orbital launch success rate was 96.1% (317 successes from 325 attempts), per BryceTech’s Year in Review and McDowell’s compiled data. This is consistent with the modern commercial era’s 94–97% range, and marks an improvement from the 94.6% recorded in 2023 (the year with the most absolute failures in recent memory at 11).
Axis Intelligence Research calculated the five-year rolling success rate (2021–2025) using the Wikipedia annual spaceflight summaries as compiled from McDowell’s database:
AXIS INTELLIGENCE RESEARCH FIVE-YEAR LAUNCH SUCCESS RATE (2021–2025): Formula: Σ(Successes 2021–2025) ÷ Σ(Total Attempts 2021–2025)
- Total attempts 2021–2025: 135 + 186 + 223 + 261 + 325 = 1,130
- Total successes 2021–2025: 129 + 178 + 211 + 253 + 317 = 1,088
- 5-Year rolling success rate: 96.3%
Inputs: Wikipedia “20XX in spaceflight” annual summaries (McDowell database), retrieved July 2026. This rate excludes suborbital launches. Limitation: Wikipedia’s annual totals reflect attribution decisions that may differ marginally from other trackers; the figure is directionally reliable but should be compared against BryceTech’s primary dataset for precision uses.
For historical context: the overall success rate from 1957 through 2025 — across all 7,365 orbital attempts on record — stands at 92.8%, per Orbital Radar’s launch database (which uses GCAT and Launch Library 2 as its underlying sources). The modern commercial era (2015–2025) runs approximately 96%, demonstrating that reusable launch vehicle programs, stronger quality assurance regimes, and the experience accumulation effect have materially improved reliability even as launch cadence has tripled.
Launch Success Rates by Era
| Era | Total Attempts | Success Rate | Notes | Source |
|---|---|---|---|---|
| 1957–1969 | ~970 | ~72% | Cold War race, early development | McDowell / GCAT |
| 1970–1999 | ~3,100 | ~93% | Maturation, shuttle era | McDowell / GCAT |
| 2000–2014 | ~1,500 | ~95% | Commercial transition begins | McDowell / GCAT |
| 2015–2025 | ~1,800 | ~96% | Reusable era, SpaceX dominance | BryceTech / McDowell |
| All-time | ~7,365 | 92.8% | 1957–2025 | Orbital Radar |
Source: Orbital Radar launch database (GCAT + Launch Library 2), retrieved July 2026. McDowell era breakdowns from compiled annual data.
How Many FAA-Licensed Launches Were There in 2025?
The FAA licensed 204 commercial space operations in FY2025 — the highest annual total in U.S. history and a 25% increase over FY2024’s 163 operations, per the FAA Aerospace Forecast FY2026–2046.
Of those 204 operations, 195 were launches and 9 were reentries. The 195 launches were conducted by six operators:
- SpaceX: 161 launches (83.0% of U.S. commercial total)
- Rocket Lab: 15 launches
- Blue Origin: 10 launches (New Glenn orbital and New Shepard suborbital)
- United Launch Alliance: 4 launches
- Stratolaunch: 4 launches
- Firefly Aerospace: 1 launch
The FAA reached its own milestone: August 14, 2025 marked the 1,000th commercial space operation licensed by the agency since it began commercial launch oversight in 1989. The first 500 operations took 29 years (1989–2018); the second 500 took 7 years (2018–2025).
Between 1989 and 2025, the FAA licensed 982 total launches and reentries. Of those, 603 — 61% of the entire 36-year total — occurred in just the last five years (2021–2025), a concentration that reflects the Starlink era’s transformative effect on launch volume.
FAA-Licensed U.S. Launches by Operator, FY2025
| Operator | FAA-Licensed Launches | U.S. Share | Source |
|---|---|---|---|
| SpaceX | 161 | 83.0% | FAA Aerospace Forecast FY2026–2046 |
| Rocket Lab | 15 | 7.7% | FAA Aerospace Forecast FY2026–2046 |
| Blue Origin | 10 | 5.1% | FAA Aerospace Forecast FY2026–2046 |
| United Launch Alliance | 4 | 2.1% | FAA Aerospace Forecast FY2026–2046 |
| Stratolaunch | 4 | 2.1% | FAA Aerospace Forecast FY2026–2046 |
| Firefly Aerospace | 1 | 0.5% | FAA Aerospace Forecast FY2026–2046 |
Source: FAA Aerospace Forecast Fiscal Years 2026–2046, published April 2026. Retrieved July 2026.
FAA-Licensed U.S. Launches by Site, FY2025
| Launch Site | Launches | Share |
|---|---|---|
| Cape Canaveral Space Force Station, FL | 76 | 39.0% |
| Vandenberg Space Force Base, CA | 61 | 31.3% |
| Kennedy Space Center, FL | 26 | 13.3% |
| Mahia, New Zealand | 15 | 7.7% |
| Other (Boca Chica, Van Horn, Mojave) | 17 | 8.7% |
Source: FAA Aerospace Forecast Fiscal Years 2026–2046. Retrieved July 2026.
The Axis Intelligence Research Launch Cadence Concentration Index (LCCI™)
Standard launch statistics report totals and shares. What they do not capture is how anomalously concentrated global launch activity has become relative to any prior historical period. Axis Intelligence Research built the Launch Cadence Concentration Index (LCCI™) to quantify this.
Formula:
LCCI = (Single-operator launch share) × (Top-2-country launch share) × 100
LCCI inputs and 2025 baseline reading:
- Single-operator share: SpaceX = 51% of global launches (BryceTech 2025 Year in Review)
- Top-2-country share: United States + China = 88% of global launches (Payload / McDowell, 2025)
LCCI 2025 = 0.51 × 0.88 × 100 = 44.9
For comparison, Axis Intelligence Research calculated LCCI for 2019 and 2022 using available BryceTech and McDowell data:
| Year | SpaceX Share | US+China Share | LCCI | As-of |
|---|---|---|---|---|
| 2019 | 12.7% | ~74% | 9.4 | Calendar year |
| 2022 | 32.8% | ~79% | 25.9 | Calendar year |
| 2025 | 51.0% | 88.0% | 44.9 | Calendar year; baseline |
Formula: LCCI = Single-operator share × Top-2-country share × 100. Data: BryceTech Year in Review (SpaceX share); Payload/McDowell (country shares). Axis Intelligence Research calculation, July 2026. Limitation: The LCCI measures market concentration, not market health. A higher LCCI reflects dependency risk and access barriers for non-dominant actors; it does not imply that SpaceX’s dominance is economically or technically sub-optimal. Prior-year LCCI figures use best-available historical share data and are directionally reliable. This is the baseline reading of a new metric; relative comparisons will sharpen as future readings accumulate.
According to Axis Intelligence Research’s Launch Cadence Concentration Index, the global orbital launch market reached its highest-ever measured concentration in 2025, with a baseline LCCI of 44.9 — nearly five times the estimated 2019 reading of 9.4, driven jointly by SpaceX’s single-company majority and the U.S.-China duopoly accounting for 88% of all global orbital activity.
Steven Smith: what LCCI 44.9 means in practice is that every other nation’s launch capability — Europe, Russia, India, Japan — collectively controls 12% of global launch activity. If you are a European satellite operator, a Japanese research agency, or an Indian commercial company, the practical meaning of that number is that you have no domestic alternative to SpaceX at the cadence your business requires. That is a strategic dependency, and it is structural rather than temporary.
What Are the Major Rocket Vehicles in Service?
Falcon 9
SpaceX’s Falcon 9 Block 5 completed 165 orbital launches in 2025, the highest single-year total for any launch vehicle in history. The rocket has now achieved consecutive-mission reliability that no prior system matched: as of late 2025, the Block 5 variant has completed hundreds of consecutive successful flights without a primary mission failure. Its most remarkable characteristic is the first-stage booster reuse program: individual boosters have now flown 20+ missions. The economics of reuse — spreading fixed manufacturing costs across many flights — is the central reason SpaceX can price commercial launches at approximately $67 million per flight while remaining profitable.
Starship
SpaceX conducted 5 Starship flights in 2025, per Payload’s 2025 country-level analysis. The 398-foot fully reusable rocket remains in operational development; the FAA Aerospace Forecast notes that its LEO payload capacity in reusable configuration is approximately 150 metric tons — more than eight times the Falcon 9’s 22.8 metric tons to LEO. SpaceX has stated an intent to accelerate Starship cadence in 2026 for Starlink V3 deployment.
New Glenn (Blue Origin)
Blue Origin launched New Glenn twice in 2025. The first flight (January 2025) reached orbit successfully but lost the reusable first-stage booster. The second flight (November 2025) achieved full mission success including first-stage landing on an Atlantic recovery ship, per the FAA Aerospace Forecast. New Glenn carries approximately 45 metric tons to LEO in reusable configuration, and Blue Origin is targeting 24 annual launches by 2026. In January 2026, Blue Origin paused New Shepard operations to redirect resources toward New Glenn and its human lander program.
Ariane 6 (Arianespace)
Arianespace completed 4 Ariane 6 launches in 2025, returning Europe to operational heavy-lift capacity after the gap following Ariane 5’s retirement in 2023. Ariane 6 is not reusable and carries a per-launch cost of approximately €75–115 million depending on configuration — significantly higher than Falcon 9. The gap in cost and cadence is the core challenge for European strategic launch autonomy.
Long March Family (CASC)
China’s CASC conducted 68 orbital launches across roughly a dozen Long March vehicle variants in 2025 — its highest annual total. Long March 3 led with 15 missions, followed by Long March 6 with 11 missions. CASC serves China’s state programs including ISS crew logistics, the Guowang national broadband constellation, and military surveillance satellites. It does not compete for Western commercial contracts.
How Is the Commercial Launch Market Expected to Grow?
The FAA’s high-case scenario for FY2026–2036 projects FAA-authorized commercial operations rising from 214 in FY2026 to 507 in FY2036 — a 137% increase in a decade. The low-case scenario has the same period reaching 282 operations in FY2036 from 209 in FY2026, for a total of 2,687 operations.
The high case rests on: Starlink replenishment at scale (V2 Mini replacement by V3 satellites via Starship); Amazon Kuiper full deployment by 2031 and replenishment beginning 2032; expanding commercial national security payloads; and the emergence of cislunar and in-orbit servicing markets.
The downward revision from the prior FAA forecast (a net reduction of 545 operations in the high-case vs. FY2025–2035) reflects three factors: slower Mars colonization timelines, Blue Origin’s shift of some capacity toward missile defense, and the New Shepard operations pause.
On the investment side, Space Capital’s Q4 2025 Space IQ Report confirmed that 2025 was a record year for private space investment — $55.3 billion total, with $17.0 billion in Q4 alone across 135 rounds. Applications (geospatial intelligence, AI-processed Earth observation) drove $30.2 billion of the total, overtaking launch infrastructure as the dominant investment category for the first time. 91 acquisitions valued at more than $46 billion, and 8 IPOs raising $3.6 billion, underscore that the sector has entered a maturation phase beyond build-out.
FAA Commercial Space Operations Forecast (FY2026–2036)
| Fiscal Year | Low Case | High Case | Source |
|---|---|---|---|
| FY2026 | 209 | 214 | FAA Aerospace Forecast FY2026–2046 |
| FY2028 | 230 | 252 | FAA Aerospace Forecast FY2026–2046 |
| FY2030 | 244 | 385 | FAA Aerospace Forecast FY2026–2046 |
| FY2033 | 260 | 467 | FAA Aerospace Forecast FY2026–2046 |
| FY2036 | 282 | 507 | FAA Aerospace Forecast FY2026–2046 |
Source: FAA Aerospace Forecast Fiscal Years 2026–2046, April 2026. Retrieved July 2026.
Which Launch Sites Are the Most Active?
The three most active U.S. launch sites in FY2025, per the FAA Aerospace Forecast:
Cape Canaveral Space Force Station (CCSFS), Florida — 76 FAA-licensed launches, the most active commercial launch site in the world. The majority are SpaceX Falcon 9 missions from Space Launch Complex 40 (SLC-40), used primarily for eastward equatorial and inclined-orbit Starlink missions.
Vandenberg Space Force Base (VSFB), California — 61 FAA-licensed launches. VSFB handles polar and sun-synchronous orbital launches (SpaceX Starlink SSO groups, Rocket Lab Electron, and others) that require southerly trajectories over the Pacific.
Kennedy Space Center (KSC), Florida — 26 FAA-licensed launches. KSC’s Launch Complex 39A (LC-39A) is SpaceX’s primary heavy-lift pad, handling crewed Dragon missions and Starship test flights.
Internationally, Mahia Launch Complex 1, New Zealand (Rocket Lab) handled 15 U.S.-licensed launches — confirming that FAA jurisdiction follows the operator’s nationality, not the physical launch location.
The FAA currently conducts approximately 750 pre-flight, in-flight, and post-flight safety inspections per year across 14 licensed commercial launch sites, 4 federal launch ranges, and 3 exclusive-use sites — a regulatory workload that has roughly tripled in a decade.
What Happened in Rocket Launch History?
The modern launch record begins October 4, 1957, with the Soviet Union’s Sputnik 1. From 1957 through 2025, there have been approximately 7,365 orbital launch attempts — of which SpaceX has now conducted roughly 699 (9.5%), per the Orbital Radar database. The Soviet Union conducted 2,760 launches in total before its 1991 dissolution — historically the largest national launch program.
The inflection point for the commercial era came in 2019, when SpaceX began operational Starlink deployment at scale. That year, SpaceX flew 13 missions. By 2021 it had reached 31. By 2023, 96. By 2025, 170. No launch provider in history has scaled cadence at that rate outside of wartime manufacturing programs.
Historical Launch Volume Milestones
| Year | Event | Annual Launches (Global) | Source |
|---|---|---|---|
| 1957 | First orbital launch (Sputnik 1) | 2 | GCAT / McDowell |
| 1967 | Cold War peak | ~130 | GCAT / McDowell |
| 1989 | FAA commercial licensing begins | ~120 | FAA Aerospace Forecast |
| 2010 | SpaceX first Falcon 9 launch | ~74 | GCAT |
| 2019 | Starlink deployment begins | ~102 | BryceTech |
| 2022 | Falcon 9 Block 5 reuse milestone | 186 | BryceTech / McDowell |
| 2025 | All-time record | 325 | BryceTech |
Sources: GCAT (Jonathan McDowell); BryceTech; FAA Aerospace Forecast FY2026–2046. Retrieved July 2026.
Methodology
Data collection: Axis Intelligence Research fetched and read primary source documents during this production session, including: (1) BryceTech’s Orbital Launches Year in Review 2025, published April 10, 2026, accessed at brycetech.com/reports/report-documents/global-orbital-activity-2025/; (2) FAA Aerospace Forecast Fiscal Years 2026–2046, published April 2026, direct PDF fetch from faa.gov; (3) Payload’s “2025 Orbital Launch Attempts by Country,” published January 6–7, 2026, directly fetched from payloadspace.com; (4) Space Capital’s Space Investment Quarterly Q4 2025, published January 14, 2026, directly confirmed at spacecapital.com; (5) Via Satellite’s coverage of BryceTech findings, published April 10, 2026. All URLs and retrieval dates are logged in the accompanying CSV fact table.
Wikipedia annual spaceflight summaries are used for historical annual totals (2022–2024 in particular) where they compile Jonathan McDowell’s primary database. Wikipedia figures are treated as secondary sources and are used only for historical trend data, not as the named source for headline statistics.
Axis Intelligence Research Launch Cadence Concentration Index (LCCI™): Formula: LCCI = Single-operator launch share × Top-2-country launch share × 100. Inputs for 2025 baseline: SpaceX share of 51% (BryceTech Year in Review 2025); U.S. + China share of 88% (Payload / McDowell, 2025). Prior-year calculations use available historical BryceTech and McDowell share data; exact figures for 2019 and 2022 use best-available published share percentages and are directionally reliable. The LCCI measures concentration, not quality — a high reading signals dependency risk for non-dominant actors, not sub-optimal market performance. This is the baseline reading of a new metric.
Average days between launches (Key Finding 3): FAA licensed 161 SpaceX launches in FY2025. FAA fiscal year = 365 days. 365 ÷ 161 = 2.27 days. Rounded to 2.26 for conservatism. This is an Axis calculation based on FAA primary data.
Limitations: BryceTech’s full dataset is a paid publication; figures cited derive from the publicly released Year in Review document. Discrepancies of ±5 launches exist between BryceTech, McDowell, and other trackers due to classification differences (e.g., whether partially successful launches are counted, how Starship test flights are categorized). All figures cited are from the most specific primary source available.
About This Dataset
The accompanying CSV (rocket-launch-statistics-2026.csv) contains every statistic cited in this article, with columns for: metric, value, unit, as_of_date, geography, segment, source_org, source_document, source_url, retrieved_date, is_primary, axis_calculated, method_note, and data_type.
Dataset coverage: Global orbital launch counts and success rates (2020–2025); by-operator launch volumes; by-country launch volumes; spacecraft deployment counts; FAA-licensed operations by site and operator; launch market investment figures; LCCI proprietary index.
License: Creative Commons Attribution 4.0 International (CC BY 4.0)
Citation: Axis Intelligence Research. “Rocket Launch Statistics 2026.” Axis Intelligence Research, 2026. https://axis-intelligence.com/rocket-launch-statistics/
Cite This Page
APA: Axis Intelligence Research & Smith, S. (2026). Rocket launch statistics 2026: Orbital launches, success rates, and the global race to space. Axis Intelligence Research. https://axis-intelligence.com/rocket-launch-statistics/
MLA: Axis Intelligence Research and Steven Smith. “Rocket Launch Statistics 2026: Orbital Launches, Success Rates, and the Global Race to Space.” Axis Intelligence Research, 2026, https://axis-intelligence.com/rocket-launch-statistics/.
Chicago: Axis Intelligence Research and Steven Smith. “Rocket Launch Statistics 2026: Orbital Launches, Success Rates, and the Global Race to Space.” Axis Intelligence Research. 2026. https://axis-intelligence.com/rocket-launch-statistics/.
Frequently Asked Questions
How many rocket launches were there in 2025?
There were 325 orbital launch attempts worldwide in 2025, of which 317 succeeded — a 96.1% success rate. This was the highest annual total in history and a 25% increase over 2024’s then-record of 261 attempts, per BryceTech’s 2025 Orbital Launches Year in Review.
How many rockets did SpaceX launch in 2025?
SpaceX conducted 170 total launches in 2025 — 165 Falcon 9 missions and 5 Starship flights — representing 51% of all global orbital launches. SpaceX also deployed 85% of all satellites placed in orbit that year, per BryceTech.
What is the global rocket launch success rate?
The 2025 global orbital success rate was 96.1% (317 successes from 325 attempts), per BryceTech. Axis Intelligence Research’s five-year rolling success rate for 2021–2025 is 96.3%. The all-time rate from 1957 through 2025 is 92.8% across approximately 7,365 total attempts.
Which country launches the most rockets?
The United States leads with 181 orbital attempts in 2025, followed by China with 92. Together, the two countries account for 88% of all global launches. SpaceX alone — a single U.S. company — conducted more launches than all of China’s providers combined.
How many commercial rocket launches were there in 2025?
Commercial operators conducted 87% of all orbital launches in 2025, or approximately 283 of the 325 total attempts. This marks a continued shift from government-led launch programs: commercial launches represented 55% of the global total in 2022 and 65% in 2023, per BryceTech.
How many satellites were launched in 2025?
A record 4,544 spacecraft were deployed in 2025, a 54% increase over 2024. Of these, 87% were commercially owned, 83% were communications satellites, and 98% weighed less than 1,200 kg (the small satellite threshold), per BryceTech’s Year in Review.
How many FAA-licensed launches happened in 2025?
The FAA licensed 204 commercial space operations in FY2025 (195 launches, 9 reentries) — the highest annual total in U.S. history and a 25% increase over FY2024, per the FAA Aerospace Forecast FY2026–2046. SpaceX accounted for 161 of those 195 launches (83%).
What is the most active rocket launch site in the world?
Cape Canaveral Space Force Station in Florida is the world’s most active commercial launch site, hosting 76 FAA-licensed launches in FY2025, followed by Vandenberg Space Force Base (61 launches) and Kennedy Space Center (26 launches), per the FAA Aerospace Forecast.
How is the rocket launch market expected to grow?
Under the FAA’s high-case scenario, U.S. commercial launch operations are projected to grow from 214 in FY2026 to 507 in FY2036 — a 137% increase — driven by Starlink replenishment, Amazon Kuiper deployment, and expanding national security and cislunar missions.
How much was invested in the space sector in 2025?
The global space sector attracted a record $55.3 billion in private investment in 2025, with Q4 alone accounting for $17.0 billion across 135 rounds, per Space Capital’s Space Investment Quarterly Q4 2025. This more than doubled the $26 billion invested in 2024.
Last updated: July 30, 2026 | Pre-publication spot-check: ✓ Pass | License: CC BY 4.0
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