Session
Technical Poster Session 3
Location
Utah State University, Logan, UT
Abstract
With the new space arena evolving towards serious science and defense missions, the availability of new space avionics with high-end performance is becoming a prerequisite for modern and future satellite missions.
This puts requirements for very accurate speed and torque control of modern reaction wheels used to perform attitude control of modern spacecraft.
- Nearly vibration free operation (optical payloads)
- Extremely trum of frequencies
- Modularity
- Fast delivery
- Scalability
Ultra Precise Modular Reaction Wheel Operation for Optical and Radar Satellites
Utah State University, Logan, UT
With the new space arena evolving towards serious science and defense missions, the availability of new space avionics with high-end performance is becoming a prerequisite for modern and future satellite missions.
This puts requirements for very accurate speed and torque control of modern reaction wheels used to perform attitude control of modern spacecraft.
- Nearly vibration free operation (optical payloads)
- Extremely trum of frequencies
- Modularity
- Fast delivery
- Scalability
