Technical Name |
Advanced Retrievable Unmanned Space Vehicle as an Integrated Space ScienceTechnology Verification Platform – Power Mobilized CubeSat for Missions |
Project Operator |
National Cheng Kung University |
Project Host |
趙怡欽 |
Summary |
A prototype propulsion control system for CubeSat is designed. For the demonstrationpreliminary dynamic verification of the system on earth we use four thrusters to perform the yawpitch controleach thruster provides a thrust of 600mN. The result shows that the propulsioncontrol system both have good performance.
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Scientific Breakthrough |
The main idea of the current study is to design a HTP monopropellant propulsion attitude control system, RCS, for large CubeSatsr. The experimental results show that this system was successfully operateddemonstrated several verification control.
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Industrial Applicability |
This system can be applied to cubic satellitesbecome a satellite propulsion subsystemmodule.
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Keyword |
CubeSat Hydrogen peroxide Monopropellant thruster Attitude control system |