Rocket Engines and Propulsion Systems

Mission propulsion

Spacecraft and In-Space Propulsion

Sierra Space develops chemical propulsion solutions for launch-vehicle upper stages, spacecraft maneuvering, and reaction control. Mission requirements guide the propulsion architecture, propellant selection, and development approach.

Engine development

Rocket Engines

Our patented VORTEX® engine thrust chamber assembly confines propellant mixing and burning to the core region of a coaxial vortex flow field.

Development infrastructure

Test Infrastructure

We provide economical testing services for rapid development of rocket engine components and systems. In addition, testing can be conducted for cryogenic components and instrumentation. The appropriate test configuration depends on the hardware, propellant, and program requirements.

Program scope

Engineering Through Qualification

Sierra Space’s propellants and combustion research includes development of energetic binders and new oxidizers, along with work targeting atomization, vaporization, mixing and ignition of propellant gels. Diagnostic work includes spray analysis, phosphor thermometry and gamma densitometry measurements; the latter measures void fraction in cryogenic and other two-phase flows.

Questions

Propulsion Systems FAQs

What propulsion systems does Sierra Space develop?

Sierra Space develops engines and thrusters for applications including launch-vehicle upper stages, spacecraft maneuvering, and reaction control. Specific configurations depend on the mission.

Does Sierra Space provide propulsion testing?

Sierra Space describes rocket-engine, component, and instrumentation testing. Contact the team to discuss the scope appropriate for a particular program.

How should I discuss a propulsion requirement?

Start with the intended application, hardware requirements, and development or test needs. Sierra Space can discuss the relevant capabilities and potential scope of support.