From the extreme demands of GEO space missions to the precision requirements of deep-space exploration, Netzer translates complex Statements of Work (SOWs) into mission-ready solutions. With a legacy of successful space projects and encoders operating in orbit as we speak, our expertise ensures seamless adaptation to the toughest challenges.
Netzer’s deep engineering capabilities enable the transformation of unique mission requirements into highly reliable, radiation-resistant, and space-optimized solutions. Our encoders are designed with a contactless architecture, broad installation tolerance, and ultra-precise motion control—meeting the strictest Size, Weight, and Power (SWaP) constraints.
Built on decades of experience, Netzer stands at the forefront of space innovation, delivering solutions that minimize outgassing, withstand extreme environments, and ensure long-term reliability in the vacuum of space. Whether for satellite positioning, antenna tracking, or reaction wheels, we take concepts from specification to orbit—because in space, precision isn’t optional, it’s mission-critical.
High Precision: < 0.006 degree
Low Power Consumption: < 100 mAmp
Design according to customer SOW
Parylene Conformal Coating: Improved Low outgassing, reduces Tin Whiskers risk
Innovative Hollow Shaft Design
Extreme Temperature Durability: (including temp drift compensation)
Rigorous Testing & Production: Shock, vibration, ESS and Thermal vacuum as option
Service Life: MTBF 15 years
Customizable Reporting
* Extended optional
