Astraeus Flagship (10K300) extends the Astraeus platform through increased propellant capacity while retaining the same reusable propulsion and cryogenic management systems proven across the family. Designed to transport larger satellites or multiple payloads to higher-energy orbits, Flagship can return to low Earth orbit for refueling, enabling a new model of persistent, reusable space operations.
| CASE | PAYLOAD | DELTA—V | TIME |
|---|---|---|---|
|
HOSTED PAYLOAD |
300 KG |
10 KM/S |
— |
|
LEO→GEO (LEO RETURN) |
3,200 KG |
8.8 KM/S |
6.0 HRS |
|
LEO→GEO (ONE WAY) |
6,600 KG |
4.4 KM/S |
6.0 HRS |
|
LEO→MEO (LEO RETURN) |
7,000 KG |
7.2 KM/S |
3.5 HRS |
|
LEO→TLI (LEO RETURN) |
7,500 KG |
6.75 km/s |
3 DAYS |
Heavy Payload Delivery:
Move large payloads between orbital destinations with the capacity and performance required for complex logistics missions.
Reusable Operations:
Return to orbit again and again through refueling and reusable mission profiles, extending capability while reducing the need for replacement vehicles.
Orbital Infrastructure:
Support the deployment of future stations, depots, servicing platforms, and other critical infrastructure that enables long-term operations in space.
Modular Mission Platform:
Integrate imaging, robotic docking, servicing, cargo, and future payload systems through a flexible architecture designed to evolve alongside mission requirements.
