Commercial Spaceport Infrastructure: A Global Overview
The commercial launch industry has moved well beyond government-run ranges. As of 2026, over 60 licensed or operational commercial spaceports serve a growing roster of launch vehicle operators, satellite deployers, and suborbital research programs worldwide. Understanding which facilities offer what capabilities — and under what regulatory framework — is essential for anyone planning a launch campaign.
U.S. FAA-Licensed Spaceports
The FAA currently licenses 14 commercial spaceports across the United States, split between vertical and horizontal launch facilities. Key sites include:
| Spaceport | State | Launch Type | Notable Feature |
|---|---|---|---|
| Spaceport America | New Mexico | Vertical & Horizontal | First purpose-built commercial spaceport; Virgin Galactic anchor tenant |
| Pacific Spaceport Complex-Alaska | Alaska | Vertical | Polar orbit access; operated by Alaska Aerospace Corporation since 1998 |
| Mojave Air and Space Port | California | Horizontal | First FAA-licensed spaceport (2004); hub for reusable spacecraft testing |
| Cecil Spaceport | Florida | Horizontal | Operated by Jacksonville Aviation Authority |
| Colorado Air and Space Port | Colorado | Horizontal | Partners with Dawn Aerospace and Reaction Engines |
| Oklahoma Air & Space Port | Oklahoma | Horizontal | Managed by Oklahoma Space Industry Development Authority |
International Commercial Launch Sites
Outside the U.S., several commercially operated spaceports have reached operational status or are approaching first launch:
- Rocket Lab Launch Complex 1 — Māhia Peninsula, New Zealand
- The first private orbital-class spaceport. Operational since 2017, supporting Electron rocket launches at a cadence of roughly one per month. Offers dedicated small-sat launch with minimal range scheduling constraints.
- Andøya Spaceport — Andøya, Norway
- Licensed for up to 30 launches annually. Isar Aerospace holds exclusive access to the first pad, targeting polar and sun-synchronous orbits from European soil.
- Spaceport Esrange — Kiruna, Sweden
- Operated by the Swedish Space Corporation (SSC), inaugurated for orbital launches in 2023. Over 50 years of suborbital and balloon launch heritage.
- SaxaVord Spaceport — Unst, Shetland, UK
- Under development for vertical launches, with committed customers including Rocket Factory Augsburg (RFA) and HyImpulse.
- Guiana Space Centre — Kourou, French Guiana
- Operated by CNES with Arianespace managing commercial launches. Equatorial location provides significant payload-to-orbit advantage for geostationary missions.
Regulatory Landscape
In the U.S., all commercial launch and spaceport operators must transition to FAA Part 450 regulations by March 2026, consolidating legacy licensing under a single performance-based framework. Internationally, regulatory models vary: New Zealand licenses through its Civil Aviation Authority, while European sites operate under national space legislation with coordination from ESA.
Choosing a Launch Site
The buyer's decision hinges on several interdependent factors:
- Orbital inclination — equatorial sites (Kourou) favor GEO; high-latitude sites (PSCA, Andøya) serve polar/SSO orbits
- Vehicle compatibility — pad infrastructure, propellant availability, and payload processing facilities must match the launch vehicle
- Scheduling flexibility — commercial-only sites typically offer faster pad turnaround than dual-use government ranges
- Regulatory timeline — FAA Part 450 transition, export control (ITAR/EAR), and host-country licensing requirements