Chemical Propulsion
Development and analysis of combustion, feed, cooling, nozzle, and propellant systems for high-thrust mission phases.
DEVOWER / Program 01
Transportation begins with controlled energy.
DEVOWER is developing and evaluating chemical and electric propulsion architectures for launch, maneuvering, transportation, and long-duration operation beyond Earth.
Electric Propulsion
Investigation of high-efficiency thrusters, power processing, propellant systems, and spacecraft integration for long-duration operation.
Engineering Scope
The propulsion system is more than the engine.
The program considers the components, interfaces, power, storage, and thermal behavior required to operate as one system.
Combustion Systems
Chamber and injector architectures evaluated through requirements, analytical work, modeling, and future testing.
Nozzles and Feed Systems
Flow expansion, turbomachinery, valves, delivery systems, and pressure-management concepts developed as an integrated path.
Regenerative Cooling
Thermal-management concepts intended to protect propulsion hardware and support repeatable operation.
Storage and Handling
Propellant compatibility, cryogenic storage, conditioning, and spacecraft-level interfaces considered from the beginning.
Thrusters and Power Processing
High-efficiency propulsion concepts developed alongside the electrical systems required to operate them.
Spacecraft Power and Thermal
Propulsion performance evaluated against power availability, heat rejection, mass, mission duration, and vehicle architecture.
Program Boundary
Public at system level. Detailed configurations remain internal.
DEVOWER discusses the purpose and engineering categories of its propulsion work publicly. Exact geometry, proprietary calculations, manufacturing drawings, and internal performance data are not published here.
Connected Architecture
No program operates alone.
See how propulsion, spacecraft, planetary infrastructure, resources, and energy develop into one mission architecture.
View System Roadmap