Cryogenic Engineering
We keep LOX and methane liquid for our own rocket — and solve cryogenic problems for customers
Cryogenic Propellants
Our launch vehicle burns LOX and liquid methane, so storing, handling, and transferring cryogenic propellants is daily work for us — not a paper capability. That operational experience is the foundation of our cryo engineering services.
- Liquid oxygen (LOX) systems
- Liquid methane (LCH4) systems
- Cryogenic transfer and loading
Thermal Management
Every kelvin matters when your propellant boils at −162 °C. We design the insulation and thermal systems that keep cryogenic losses down in our own tanks and lines.
- Insulation design and selection
- Vacuum-jacketed lines and storage
- Boil-off management
Cryogenic Components
Selecting and integrating hardware that works at cryogenic temperatures — valves, seals, and instrumentation that ordinary specifications don't cover.
- Cryogenic valves and fittings
- Low-temperature seals and materials
- Temperature and level instrumentation
Safety Systems
Cryogenic fluids demand respect. We build the venting, leak-detection, and procedural safeguards our own operations run on, and apply the same practice to customer installations.
- Relief and emergency venting design
- Leak detection and monitoring
- Operating procedures and training