Commercial aerospace and space missions grow more complex, and precision motion systems are being pushed to perform in harsh environments. This webinar explores how advanced commercial gear technologies can enable reliable performance across modern aerospace and space applications. These include small satellite constellations in LEO and GEO, Earth observation, weather monitoring, and IoT networks.
We’ll examine motion solutions supporting lunar exploration systems developed for NASA, other commercial customers, and robotic arms used for spacecraft operations and satellite servicing. The session will also address critical lubrication considerations required for accuracy and reliability across extreme temperature ranges encountered in space.
Attend this webinar and learn:
How commercial gear technologies enable next-generation space missions.
Where and how precision gears are used across space applications and the performance demands they place on motion components.
Key motion system design considerations for space and aerospace environments
Unique challenges related to torque density, accuracy, reliability, and packaging for LEO/GEO satellites, spacecraft robotic arms, and satellite servicing systems.
Best practices and strategies for lubrication and materials selection in extreme temperatures and the vacuum conditions of space.