How many launches will SpaceX have in 2026?
Short Answer
Both the model and the market overwhelmingly agree that SpaceX will have Above 120 launches in 2026, with only minor residual uncertainty.
1. Executive Verdict
- SpaceX's current launch cadence and goals indicate many 2026 orbital missions.
- SpaceX has publicly stated an ambitious goal of over 150 missions for 2026.
- Projections suggest approximately 160 orbital launches for the company in 2026.
- Starship's 2026 test performance may reduce Falcon 9 reliance, not displace it.
- SpaceX maintained a high cadence, completing 50 orbital launches by April 27, 2026.
- Customer payload readiness issues could directly delay SpaceX's 2026 launch schedules.
Who Wins and Why
| Outcome | Market | Model | Why |
|---|---|---|---|
| Above 160 | 34.0% | 32.9% | Current launch cadence and company goals indicate projections of around 160 orbital missions for 2026. |
| Above 170 | 20.0% | 20.1% | Stated company goals and current cadence suggest a strong likelihood of many orbital missions. |
| Above 180 | 15.0% | 15.3% | Projections of high orbital missions align with current launch cadence and company goals for 2026. |
| Above 190 | 9.0% | 9.4% | A high number of orbital missions is consistent with stated company goals and current launch cadence. |
| Above 200 | 8.0% | 8.4% | Current launch cadence and stated goals indicate a strong likelihood of numerous missions in 2026. |
Current Context
SpaceX's 2026 launch cadence projects significant orbital missions. As of late April 2026, SpaceX had already completed 50 launches, putting them on track to achieve approximately 160 orbital missions by the end of the year [^]. The majority of these missions are expected to be Falcon 9 launches, which continue to be a highly reliable and frequently utilized rocket [^].
Starship flight tests are crucial for future space exploration. In addition to Falcon 9 missions, SpaceX aims for 12 Starship orbital flight tests in 2026 [^]. These Starship tests are essential for validating rapid reusability and in-space propellant transfer technology, which are critical for future lunar and Martian endeavors [^][^]. Elon Musk's ambitious statements regarding Starship's future launch frequency, including the possibility of hourly launches within three years, have influenced prediction market expectations for 2026 [^].
The broader space industry also sees significant activity in 2026. Beyond SpaceX's own manifest, the year is notable for other companies like Rocket Lab, Astra, Relativity Space, and Firefly Aerospace planning inaugural orbital attempts for new rockets [^]. NASA also has multiple lunar landing missions scheduled, with SpaceX's launch capabilities playing a pivotal role in supporting these efforts [^]. For example, Astrobotic's Griffin-1 lander, targeting the lunar south pole, is scheduled to launch aboard a SpaceX Falcon Heavy [^].
2. Market Behavior & Price Dynamics
Historical Price (Probability)
Outcome probability
Date
This market's price chart reflects a stable and confident consensus. The overall price trend is sideways, with the probability of SpaceX exceeding 120 launches in 2026 consistently trading within a narrow range of 93.0% to 98.0%. The market started at 96.0% and is currently at the same level, indicating that there have been no significant shifts in overall sentiment since its inception. The price action suggests a firm support level has been established at 93.0%, with traders showing little willingness to price the probability any lower. Market sentiment is overwhelmingly confident that the threshold will be met.
The high and stable price is directly supported by recent news. Reports from late April, which noted that SpaceX was already at 50 launches for the year and on track for approximately 160, appear to have validated the market's existing high expectations. This information did not cause a major price spike, suggesting that traders already anticipated a strong performance. The total traded volume of 2,884 contracts within this tight price band indicates a high degree of conviction; while trades are occurring, they are not significantly altering the market's strong belief that SpaceX will easily surpass the 120-launch target.
3. Significant Price Movements
Notable price changes detected in the chart, along with research into what caused each movement.
📈 April 29, 2026: 17.0pp spike
Price increased from 18.0% to 35.0%
Outcome: Above 170
What happened: The provided web research indicates that by late April 2026, SpaceX had completed 50 missions, placing it on pace for approximately 160 orbital launches that year [^][^][^]. This reported pace of roughly 160 missions is below the "Above 170" threshold, meaning this information alone would not explain a 17.0 percentage point spike for that outcome. The available sources do not mention any social media activity, traditional news, or other specific events that occurred on or around April 29, 2026, which would directly cause an upward movement for the "Above 170" prediction. Therefore, based solely on the provided information, the primary driver for this price movement, particularly related to social media, cannot be determined.
4. Market Data
Contract Snapshot
This market resolves to Yes if SpaceX completes more than 160 launches in 2026, and to No if they complete 160 or fewer launches. The market opens on December 8, 2025, closes on January 1, 2027, and has a projected payout on January 1, 2027. The outcome is verified using data from the Federal Aviation Administration (FAA) and SpaceX, with a special condition stating that if FAA data is delayed, the market's expiration will follow Rule 6.3b.
Available Contracts
Market options and current pricing
| Outcome bucket | Yes (price) | No (price) | Last trade probability |
|---|---|---|---|
| Above 120 | $0.96 | $0.08 | 96% |
| Above 140 | $0.90 | $0.15 | 85% |
| Above 160 | $0.34 | $0.69 | 34% |
| Above 170 | $0.21 | $0.80 | 20% |
| Above 180 | $0.15 | $0.88 | 15% |
| Above 190 | $0.10 | $0.91 | 9% |
| Above 200 | $0.08 | $0.95 | 8% |
| Above 210 | $0.07 | $0.95 | 6% |
Market Discussion
The market discussion for SpaceX launches in 2026 reveals a divide, with some traders predicting significantly higher launch counts, such as "over 170" or even 190, citing Elon Musk's drive for dominance. Conversely, other participants express skepticism that such aggressive targets will be achieved. While the market generally anticipates over 140 launches (85% probability), the likelihood drops considerably for exceeding 160 or 170 launches, suggesting a cautious outlook on extreme growth despite individual bullish sentiment.
5. How will Starship's 2026 test flight performance affect SpaceX's overall launch manifest and reliance on Falcon 9?
| Total SpaceX Launches Expected 2026 | 140–179 (Polymarket traders) [^][^] |
|---|---|
| Expected Falcon 9 Launches 2026 | 140–145 [^][^] |
| FAA Approved Starship Launches/Year | 44 launches and 88 landings per year [^][^] |
Starship will reduce Falcon 9 reliance but not displace it in 2026. Starship's test flight performance in 2026 is projected to begin reducing SpaceX's dependence on Falcon 9, though not to the point of full displacement within the year. Forecasts from Polymarket traders suggest a total of 140–179 SpaceX launches in 2026, indicating Falcon 9 will likely remain the primary launch vehicle [^][^]. SpaceX itself anticipates approximately 140–145 Falcon 9 launches for 2026, reinforcing that Starship's progress alone cannot entirely replace Falcon 9's role unless its performance significantly surpasses current projections [^][^].
Starship V3 debut is critical, but constraints limit its cadence. The debut test flight of Starship V3 is planned for early-to-mid May 2026, with subsequent missions targeting orbital insertion and potential initial commercial V3 Starlink deployments. These milestones are essential for Starship to meaningfully decrease Falcon 9 reliance during 2026 [^][^]. However, Starship's operational cadence is expected to be primarily constrained by operational, logistical, and regulatory factors. The Federal Aviation Administration has approved a maximum of 44 Starship–Super Heavy launches and 88 landings annually, effective February 2026, establishing a ceiling on how much Starship can supersede Falcon 9, irrespective of test flight success [^][^].
6. What is SpaceX's planned Starlink deployment schedule for 2026, and does their current ground infrastructure support this target?
| SpaceX 2026 Mission Goal | Over 150 missions [^][^][^] |
|---|---|
| Active Starlink Satellites | Over 10,358 as of May 5, 2026 [^] |
| Starship V3 Capacity | 60 terabits per second (20x Falcon 9) [^][^] |
SpaceX aims for ambitious Starlink deployment in 2026. The company publicly stated a goal of over 150 missions for the year, with most Falcon 9 launches dedicated to expanding the Starlink constellation [^][^][^]. By late April 2026, SpaceX had already completed 50 orbital missions, putting it on track for approximately 160 launches by year-end [^]. As of May 5, 2026, 44 of these missions were specifically for Starlink, contributing to a constellation that includes over 10,358 actively working satellites [^].
Starship will significantly boost Starlink's network capacity. SpaceX is strategically transitioning towards the full-scale deployment of Starship for its next-generation Starlink constellation, targeting 12 orbital flight tests for Starship in 2026 [^][^][^]. Each Starship launch carrying V3 satellites is projected to add approximately 60 terabits per second of network capacity, which is twenty times more than a typical Falcon 9 Starlink mission [^][^]. The Starlink network's terrestrial core relies on ground stations connected to major fiber-optic internet backbones [^][^]. The introduction of third-generation satellites and gateway ground stations is designed to provide a significant improvement in capacity, further enhanced by inter-satellite laser links that enable data to travel through space, bypassing ground stations and reducing traffic bottlenecks and latency [^][^][^]. However, the provided information does not explicitly state whether the current ground infrastructure fully supports the 2026 deployment target [^][^].
7. How does SpaceX's projected 2026 launch cadence compare to the combined schedules of other major commercial providers like Blue Origin and Rocket Lab?
| SpaceX 2026 Orbital Missions | Over 150 orbital missions (projected) [^] |
|---|---|
| SpaceX 2026 Starship Orbital Tests | 12 orbital flight tests (goal) [^] |
| Blue Origin 2026 New Glenn Missions | 3 New Glenn missions (scheduled) [^][^][^] |
SpaceX's 2026 launch cadence will significantly surpass its commercial competitors. The company projects over 150 orbital missions in 2026, primarily using its Falcon 9 rocket, with approximately 160 missions anticipated by late April 2026 [^][^]. Additionally, SpaceX targets 12 Starship orbital flight tests in 2026, a number that could double to 24 if production accelerates successfully [^][^][^]. Prediction markets for SpaceX's 2026 launches indicate a likely range of 140 to 160 orbital missions [^][^].
Conversely, Blue Origin and Rocket Lab anticipate a more moderate launch pace. Blue Origin successfully completed its third New Glenn mission in April 2026, featuring the second reuse of a booster, marking progress in its reusability strategy [^][^][^]. The company aims to reuse New Glenn boosters every 30 days to support its 2026 cadence, with scheduled missions including Amazon Leo (Project Kuiper), BlueBird Block 2 #4, and a Blue Moon Pathfinder [^][^][^][^]. Rocket Lab expects the inaugural flight of its medium-lift Neutron rocket in the last quarter of 2026 [^][^][^]. While initial plans projected three Neutron launches in 2026, a multi-launch agreement in May 2026 outlined five dedicated Neutron launches and three Electron launches between 2026 and 2029, meaning a portion of these Neutron missions will occur in 2026 [^][^][^]. For its smaller Electron rocket, Rocket Lab maintains a consistent tempo, completing its fifth mission of 2026 by March 21 and securing 31 new launch contracts in the first three months of 2026, exceeding its total sales for 2025 [^][^].
8. Which public data sources provide the most reliable tracking of SpaceX's realized launch count and forward-looking manifest for 2026?
| Realized launches (as of late April 2026) | 50 orbital launches [^] |
|---|---|
| Projected 2026 missions (overall) | Approximately 160 [^] |
| Projected Falcon 9 missions (2026) | Over 150 [^] |
Public data sources reliably track SpaceX's realized launch count. For 2026, reliable historical data can be found in the archives and statistics sections of Spaceflight Now [^], SpaceXNow [^], and the Wikipedia launch list [^]. SpaceX's official website also provides a "Launch Log" with historical data for completed missions [^]. As of late April 2026, SpaceX had completed 50 orbital launches, indicating a potential pace of approximately 160 missions for the entire year [^].
SpaceX's official website is the primary source for upcoming launches. It is considered the most authoritative resource for the forward-looking manifest for 2026, detailing missions, vehicles, launch sites, and targeted dates [^]. Other significant resources for tracking future launches include Spaceflight Now [^], SpaceXNow [^], and RocketLaunch.org [^], which aims to offer a comprehensive and current list of future SpaceX launches [^]. SpaceX has ambitious projections for 2026, targeting over 150 Falcon 9 missions and 12 Starship orbital flight tests [^]. However, launch schedules are inherently dynamic and subject to change due to various factors such as technical readiness, weather conditions, and payload-related issues [^].
9. To what extent could payload readiness issues from key customers like NASA and Astrobotic create delays in SpaceX's 2026 launch schedule?
| Griffin-1 Target Launch | NET July 2026 [^][^][^][^] |
|---|---|
| Crew-12 Delay Drivers | Weather and Falcon 9 issue investigation [^][^] |
| Predicted 2026 Launches (SpaceX) | 160–179 (leading outcome) [^][^] |
Customer payload readiness issues can directly delay SpaceX launch schedules. Astrobotic's Griffin-1 Moon mission, for example, was shifted to no earlier than July 2026, specifically due to ongoing work on its propulsion system integration and engine qualification [^][^][^][^]. This illustrates how a customer's progress on their spacecraft can directly move a SpaceX launch window later into the year [^][^][^][^].
Other factors cause delays, but traders expect a high 2026 launch count. In contrast to customer payload readiness, the public drivers cited for delays in NASA’s SpaceX Crew-12 mission were weather conditions and an investigation related to a Falcon 9 return-to-flight issue, indicating that this particular schedule slippage was not primarily due to payload readiness deficiencies [^][^]. Despite various types of mission slips, prediction market traders anticipate a significant number of launches for SpaceX in 2026. The Polymarket "How many launches will SpaceX have in 2026?" market shows the leading predicted outcome as 160–179 launches, with 140–159 launches also being a strong contender [^][^]. This suggests that market participants expect customer-driven and other schedule risks to be accommodated within a high operational tempo, rather than leading to a substantial reduction in total annual launches [^][^].
10. What Could Change the Odds
Key Catalysts
SpaceX has set an ambitious goal of over 150 missions for 2026, with projections indicating approximately 160 orbital launches for the year [^] [^] [^] . As of early May 2026, the company maintained a high launch cadence, having completed its 50th orbital launch of the year by April 27, 2026 [^], and its 54th launch by May 3, 2026 [^]. The majority of these missions are expected to be Falcon 9 launches [^]. The prediction market Kalshi features a contract that resolves to "Yes" if SpaceX achieves more than 160 launches in 2026, highlighting the bullish market sentiment around the company's aggressive launch schedule [^].
Beyond the high volume of Falcon 9 missions, SpaceX aims to conduct 12 Starship orbital flight tests in 2026, with some predictions suggesting between 7 and 12 flights [^] [^] . Key catalysts for SpaceX's 2026 operations include the first flight of Starship V3, known as Flight 12, which was expected in early May 2026, focusing on testing new systems and upgrades [^][^]. Orbital refueling tests for Starship are anticipated in the second half of 2026, potentially in July or August [^]. Furthermore, a Falcon Heavy launch was planned for late April 2026 [^].
Key Dates & Catalysts
- Expiration: January 07, 2027
- Closes: January 01, 2027
11. Decision-Flipping Events
- Trigger: SpaceX has set an ambitious goal of over 150 missions for 2026, with projections indicating approximately 160 orbital launches for the year [^] [^] [^] .
- Trigger: As of early May 2026, the company maintained a high launch cadence, having completed its 50th orbital launch of the year by April 27, 2026 [^] , and its 54th launch by May 3, 2026 [^] .
- Trigger: The majority of these missions are expected to be Falcon 9 launches [^] .
- Trigger: The prediction market Kalshi features a contract that resolves to "Yes" if SpaceX achieves more than 160 launches in 2026, highlighting the bullish market sentiment around the company's aggressive launch schedule [^] .
13. Related News
14. Historical Resolutions
Historical Resolutions: 20 markets in this series
Outcomes: 5 resolved YES, 15 resolved NO
Recent resolutions:
- KXSPACEXCOUNT-26APR-18: NO (May 01, 2026)
- KXSPACEXCOUNT-26APR-16: NO (May 01, 2026)
- KXSPACEXCOUNT-26APR-15: NO (May 01, 2026)
- KXSPACEXCOUNT-26APR-14: NO (May 01, 2026)
- KXSPACEXCOUNT-26APR-13: NO (May 01, 2026)
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