Deploying constellations over several planes, altitudes and inclinations often means using dedicated launch vehicles which dramatically increases launch costs. With the SpaceVan™ mobility service, satellite operators can now quickly, efficiently and simply deploy their constellations. They can choose their orbital parameters while still taking advantage of significantly cheaper rideshare vehicles.
2023 | 2024 | 2025 | ||
---|---|---|---|---|
Type of passengers | Up to 12U | Up to 400kg, <0.6m3 | ||
Orbit change | 100km altitude change | 1 month | 14 days | 10 days |
1° inclination change | 90 days | 60 days | 40 days | |
Constellation deployment | In-Plane Phasing at 180° | 14 days | 7 days | 6 days |
1h LTAN plane change | 90 days | 75 days | ||
Options | Payload separator provision | |||
Passengers power charging | ||||
Passengers thermal control | ||||
Passengers anticipated LEOP operations |
The SpaceVan™ provides customers the ability to deploy and adjust small satellites to custom orbits. Powered by ExoMG™, Exotrail's in-house propulsion solution, the SpaceVan™ gives a wide range of delta-V options and efficient thruster performance. Exotrail can arrange the full deployment of constellations and single satellites in LEO/SSO, MEO, GEO or even beyond through a dedicated mission service.
Falcon 9
Orbit SSO
LTDN 9h-11h
Launcher TBA
Orbit SSO
LTDN TBA
Launcher TBA
Orbit SSO
LTDN TBA
Launcher TBA
Orbit SSO
LTDN TBA