Developing next-generation heavy-lift launch vehicles and deep space orbital habitats. Precision engineering for the commercialization of low Earth orbit.
Contracted by premier aerospace entities
Modular architecture designed for rapid deployment and maximum payload mass fraction.
Fully reusable medium to heavy-lift launch systems optimized for high-cadence orbital delivery.
Standardized modular satellite platforms supporting electro-optical and synthetic aperture radar payloads.
In-space transportation, active debris removal, and satellite life-extension servicing vehicles.
Our proprietary Aeon-X engine utilizes closed-cycle staged combustion for unprecedented specific impulse. Manufactured entirely via directed energy deposition (3D printing), reducing part count from thousands to tens.
Continuous print volumes up to 12 meters, allowing for unibody tank structures without traditional weld seams.
Liquid Oxygen and liquid Methane propellants enable clean burning, deep throttling, and in-situ resource utilization potential on Mars.
Schedule subject to range availability
| Mission ID | Payload | Orbit | Vehicle | Target Date | Status |
|---|---|---|---|---|---|
| AET-24A | Starlink Group 10-1 | LEO (53.0°) | Aether Heavy (B104) | Q3 2024 | Go |
| AET-24B | NROL-118 | GEO | Aether Heavy (B101) | Q4 2024 | Processing |
| AET-25A | Artemis Support Module | TLI | Aether Super-Heavy | Q1 2025 | Manifested |
Cleanroom Class 100K processing.
Cleanroom Class 100K processing.
Transport to LC-39A. Wet dress rehearsal.
Auto-sequence start. Engine ignition.
Auto-sequence start. Engine ignition.
Maximum dynamic pressure. Stage separation.