High altitude, varying atmospheric conditions, extremely high or low temperature, and operation in a vacuum are just some of the challenges facing aviation and aerospace design engineers. From scientific research instruments aboard the space shuttle to cockpit instrumentation to flight control applications, MICROMO's miniature DC motion control systems perform reliably and precisely in environments in which other types of DC drives would fail. MICROMO provides a number of benchmark solutions for camera and positioning systems for unmanned vehicles. Modifications to the bearing and gear-train lubrication, as well as Teflon leads of varying lengths and gauges are just a few of the standard value-added services from MICROMO.
Electronic fuel injection in UAVs
High performance with lower consumption
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Remote Operated Vehicles
Remote Vehicles detect and disarm bombs, IEDs and booby traps
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Explosives Detector
Easy to use handheld explosives detector
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NASA Space Rover
Low weight and long reliability makes microdrives useful for space explorations
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Space X Shuttle
Robust servo motors survive extreme launch conditions
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Powerful and Flexible Robot Arm
Powerful and flexible robot arm packs a punch
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Miniature Motors in Space
Miniature motors journey with comet in space
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Unmanned Aerial Vehicles
Gyro-stabalized unmanned aerial vehicles
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Power Mini Recon Robot
Ruggedized motors power unmanned ground vehicles
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