Propulsion system

The system realizes approximately 80% of the cost of a significant restart of satellite operators. The propulsion system is designed to be modular ...

For the 3U-24U + CubeSat, which has 1,000 times higher thrust than an electric-based alternative and has reached orbit on SpaceX's Falcon 9, Arian...

The main advantage of "propellant-free" solar sails is that they avoid the need for relatively large and expensive propellants. Dragsail technology...

CAMFlow uses an innovative control scheme that uses a fixed frequency boulevalve state to enable stable operation, even at the low flow rates requi...

CU Aerospace has tested a Principle Demonstration Unit Propulsion Propulsion Unit for CubeSats (MPUC). Complete catalytic combustion has been demo...

We have developed a patented Fiber Feed Pulsed Plasma Thruster (FPPT) that consumes PTFE propellant from spooled foam. Thrusters use massively para...

Leverage CUA's patented compact resistojet technology to significantly improve the performance of standard cold gas systems. Using a non-toxic prop...

CUA has developed an electric heating thruster that consumes the Inactive Polymer Propellant Fiber. This patented technology retains performance c...

The CubeSat (PUC) propulsion unit is a complete, high-performance, compact satellite propulsion solution. The all-welded titanium body is fully in...

Satellite regulators are indispensable for precise control of propellants, gas pressure, etc. in propulsion equipment, and are required to be ligh...