Fuel-efficient launches

Our location, just 12 degrees south of the equator, is primed for efficient access to equatorial orbits. With the Earth rotating faster the closer you get to the equator, low-inclination orbits can launch more payload with less fuel spend.

Multi-user support

Our location, just 12 degrees south of the equator, is primed for efficient access to equatorial orbits. With the Earth rotating faster the closer you get to the equator, low-inclination orbits can launch more payload with less fuel spend.

No population

Our location, just 12 degrees south of the equator, is primed for efficient access to equatorial orbits. With the Earth rotating faster the closer you get to the equator, low-inclination orbits can launch more payload with less fuel spend.

On land landing

Our location, just 12 degrees south of the equator, is primed for efficient access to equatorial orbits. With the Earth rotating faster the closer you get to the equator, low-inclination orbits can launch more payload with less fuel spend.

Multi-transportation

Our location, just 12 degrees south of the equator, is primed for efficient access to equatorial orbits. With the Earth rotating faster the closer you get to the equator, low-inclination orbits can launch more payload with less fuel spend.

Stable Weather

Our location, just 12 degrees south of the equator, is primed for efficient access to equatorial orbits. With the Earth rotating faster the closer you get to the equator, low-inclination orbits can launch more payload with less fuel spend.