Types of Spaceports
Different Locations. Different Launch Systems. Shared Purpose.
Spaceports are often classified in two ways: where they are located and how they launch vehicles. Some are built along coastlines, inland, or on the water to take advantage of geography and infrastructure. Others are defined by the way launch vehicles reach space through either horizontal or vertical launch systems.
Many spaceports combine these characteristics. For example, a coastal spaceport may support vertical launches, while an inland facility could be designed for horizontal launch operations. Together, these approaches create a diverse global network that supports commercial, civil, research, and defense missions.
Where Spaceports Are Located
Coastal Spaceports
Located along coastlines, coastal spaceports provide safe launch corridors over open water while leveraging existing ports, transportation infrastructure, and aerospace industries.
Best suited for:
- Orbital launches
- Medium and heavy-lift vehicles
- High launch cadence
- Maritime logistics and recovery
- Commercial and government missions
Inland Spaceports
Located away from the coast, inland spaceports offer expansive land, controlled airspace, and room for long-term growth. They often support testing, research, manufacturing, and launch operations.
Best suited for:
- Research and development
- Launch vehicle testing
- National security missions
- Manufacturing and integration
- Future expansion
Water-Launch Spaceports
Water-launch systems operate from ships, barges, or floating platforms, providing mobility and the ability to position launches where mission requirements are most favorable.
Best suited for:
- Mobile launch operations
- Responsive launch
- Equatorial missions
- Dedicated small satellite launches
- Flexible global operations
How Spaceports Launch
Vertical-Launch Spaceports
The most familiar type of spaceport, vertical-launch facilities support rockets that launch directly from pads. These spaceports serve a wide range of commercial, civil, and defense missions.
Best suited for:
- Orbital launch services
- Human spaceflight
- Heavy-lift missions
- Government and commercial customers
- Established launch operations
Horizontal-Launch Spaceports
Horizontal-launch spaceports use runways rather than traditional launch pads. Aircraft or reusable spaceplanes take off horizontally before deploying payloads or transitioning to spaceflight.
Best suited for:
- Air-launch systems
- Reusable launch vehicles
- Technology demonstration
- Hypersonic testing
- Responsive space access
Economic Ecosystem
Space Parks
Space Parks are planned aerospace campuses designed to bring together companies, research organizations, and support services in a shared location. While some are located adjacent to active spaceports, others support the space industry through manufacturing, testing, technology development, workforce training, and innovation. In the United States, Space Parks are also emerging as an important economic development model with new legislative opportunities to support long-term investment.
Best suited for:
- Aerospace manufacturing
- Research and technology development
- Testing and integration facilities
- Workforce development and training
- Business growth and industry collaboration
Space Clusters
Space Clusters are regional networks of space-related companies, universities, research institutions, government organizations, investors, and workforce partners that collaborate to strengthen the space economy. Rather than being defined by a single location, they connect organizations across a region to encourage innovation, attract investment, develop talent, and accelerate industry growth.
Best suited for:
- Regional economic development
- Industry collaboration and partnerships
- Research and innovation
- Workforce development
- Investment attraction and business growth
Tenant Opportunites
Every Spaceport Plays a Different Role
No single spaceport model serves every mission. Together, coastal, inland, water-launch, horizontal-launch, and vertical-launch facilities create a diverse global infrastructure that enables transportation, research, manufacturing, national security, economic development, and access to space.