Snapshot
Continue to About ↓- What it does
- Astraeus is a planned cryogenic-propellant orbital maneuvering vehicle designed to loiter in orbit and respond on demand, with a defense-first goal of rapid-response satellite defense and a later commercial orbital logistics roadmap.
More detail
- It is a pre-flight hardware program, not a currently purchasable product.
- Best for
- U.S. national-security space programs such as the Space Force and government prime contractors seeking rapid-response orbital maneuvering or cryogenic propulsion hardware partnerships.
- Pricing
- No commercial price, subscription, fee schedule, or procurement cost is published; pricing would be negotiated through government contracts or LOIs.
More detail
- Any spread, commission, minimum, or lockup terms are undisclosed.
- Main limitation
- Buyers seeking a commercially available product now, software/SaaS buyers, or non-U.S. commercial operators needing immediate procurement of orbital logistics services.
- Record
- Static profile
- Reviewed
- Evidence
- Public web research
- Machine access
- Structured profile ↗
About
- Astraeus is a planned cryogenic-propellant orbital maneuvering vehicle designed to loiter in orbit and respond on demand, with a defense-first goal of rapid-response satellite defense and a later commercial orbital logistics roadmap.
- It is a pre-flight hardware program, not a currently purchasable product.
What it helps with
- Long U.S. response timelines versus adversary satellites that can reach U.S. assets in hours
- Limited persistent high-thrust in-orbit mobility on existing satellites
- Cryogenic propellant boil-off during long orbital loiter
- Need for responsive orbital logistics such as LEO-to-GEO delivery and refueling
Capabilities
A practical view of what is available and where limitations apply.
| Offering | Available | Detail |
|---|---|---|
| Astraeus vehicle | Limited | Planned cryogenic orbital maneuvering vehicle using LH2/LOX; pre-flight, not yet available |
| Engine thrust | Limited | Company technical source cites 15,000 lbf target; earlier coverage cited 10,000 lbf |
| CPMS active cooling | Limited | Planned two-stage active cooling at 90 K for bulk H2/O2 and 20 K for LH2; unproven in orbit |
| Typhon propulsion | Limited | Branded reusable high-thrust propulsion subsystem; development-stage, not flight-proven |
| Boreas thermal management | Limited | Branded thermal management subsystem for persistent mobility; development-stage |
| In-orbit refueling | Limited | Roadmap capability; architecture supports H2/O2 refueling but not yet demonstrated |
| Commercial availability | No | No purchasable product today; first missions targeted 2028 and 2030 |
| Published pricing | No | No price, fee schedule, or procurement cost published |
| Interception payload | Unknown | Press mentions robotic arms and laser payloads, but not confirmed on official specifications |
Bot trust
How confidently AI systems can verify this profile from public evidence.
—of 100
ChatGPT—/100
Claude—/100
This profile has not completed a Bot Score assessment yet.
Evidence
Where this record came from, when it was reviewed, and how confidently it can be used.
- Verification
- Scribble researched these facts from the linked public sources.
- The owner has not manually confirmed every field.
- Last reviewed
- Primary source
- orbitalops.tech
Technical profile details
Record ID
2f2ac820-e573-4b17-8e85-a610b9529a70Canonical URLhttps://profiles.scribble.network/listing/orbital-ops-made-to-move-designed-to-defend-2f2ac820