Space Launches Per Year
Space Launches Per Year: Tracking Orbital Launch Frequency (2010 to 2024)
Between 2010 and 2024, the number of orbital space launches rose sharply. Commercial providers entered the market, reusable rockets became standard, and launch cadence increased across multiple countries. This tool collects that data into a single interactive chart.
"Space Launches Per Year" is a data visualization that tracks the number of rockets sent into orbit each year from 2010 to 2024. It pulls from public records, agency reports, and private launch manifests, then displays the totals in a searchable, filterable interface.
What is Space Launches Per Year?
This tool counts successful and attempted orbital launches worldwide, one entry per rocket that reached orbit or was intended to. Suborbital test flights and ballistic missile tests are excluded.
The 2010 to 2024 window was chosen because it covers the commercial shift in the launch industry. The first Falcon 9 flight happened in 2010, and by 2024 SpaceX alone was launching more rockets per year than most countries did a decade earlier. Tracking this period shows the transition from government-dominated access to space to a mixed market with significant private activity.
The chart counts launches, not payloads. A single Falcon 9 carrying 60 Starlink satellites counts as one launch. This keeps the metric consistent across providers and years, regardless of ride-share arrangements.
Key Features
- Annual totals (2010 to 2024): Year-by-year counts of orbital launches worldwide.
- Provider filters: Select individual companies or agencies (SpaceX, NASA, Roscosmos, CNSA, Arianespace, ULA, Rocket Lab, ISRO, etc.) to see their contribution.
- Country filters: View launches by nation of origin.
- Time range selection: Zoom in on a subset of years within the 2010 to 2024 window.
- Hover details: Mouse over a data point to see the exact count for that year or provider.
- CSV export: Download the filtered data for use in spreadsheets or other tools.
- Regular updates: Current-year data is updated as launches occur. Historical years (2010 to 2023) are static unless corrections are needed.
How to Use It
Step 1: Open the Tool
Go to the "Space Launches Per Year" page. The default view shows total global launches per year across the full 2010 to 2024 range.
Step 2: Read the Overview
Look at the main chart. The overall trend rises, with a steep increase after 2020. Identify any years with sharp spikes or drops.
Step 3: Filter the Data
Use the filter panel to narrow the view:
- By provider: Select "SpaceX" to see only Falcon 9 and Falcon Heavy launches, for example.
- By country: Select "USA" or "China" to view national totals.
- By year range: Drag the sliders or use the dropdowns to restrict the time window.
Click "Apply" or "Update" if the tool requires it.
Step 4: Compare Providers
If the tool supports multi-select, check two or more providers to compare their launch counts on the same chart. SpaceX vs. Roscosmos or ULA vs. Arianespace are common comparisons.
Step 5: Export the Data
Click the "Export" or "Download CSV" button to save the current view. The file includes the same data shown on screen, filtered to your selections.
Use Cases
Enthusiasts
Track how launch frequency has changed over the past 15 years. See the year SpaceX overtook Russia or the U.S. in annual launches.
Researchers
Use the dataset for studies on commercial space, launch economics, or international competition. The CSV export works with any standard analysis tool.
Journalists
Verify claims about launch rates or provider market share. Pull a chart for an article on the commercial space industry.
Analysts and Investors
Monitor launch cadence as a proxy for industry health. A company with a rising launch count is increasing operational tempo.
Educators and Students
Use the chart to show exponential growth, market disruption, or the shift from government to private spaceflight. Export the data for classroom projects.
FAQ
Q1: What counts as an orbital launch?
A1: Any launch that reaches Earth orbit or escapes Earth orbit. Suborbital flights and missile tests are excluded.
Q2: Where does the data come from?
A2: Agency reports (NASA, Roscosmos, CNSA, ESA, JAXA, ISRO), provider press releases, and public launch databases. Sources are cross-checked.
Q3: How often is the data updated?
A3: The current year updates within a few days of each launch. Past years are static.
Q4: Can I filter by company?
A4: Yes. The provider filter includes SpaceX, ULA, Roscosmos, CNSA, Arianespace, Rocket Lab, and others.
Q5: Why 2010 to 2024?
A5: This window starts just before the first Falcon 9 flight and covers the rise of commercial launch providers. It ends at the most recent full year of data.
Q6: Can I export the data?
A6: Yes. Use the export button to download a CSV of the current view.
Q7: Does it break down by mission type?
A7: The primary view counts all orbital launches together. Some versions of the tool offer inferred mission-type filtering (commercial, government, crewed) where data is available.
Q8: How do I spot trends in the chart?
A8: Look for sustained rises or falls across multiple years. Sudden changes often correspond to new vehicle introductions, program changes, or geopolitical events. Comparing providers side by side shows divergent growth rates.
Summary
The chart shows the rise in orbital launches from 2010 to 2024, driven largely by SpaceX and the broader commercial sector. Filter by provider, country, or year to see the underlying patterns. Export the data for further analysis.