Moog Inc.

Electrohydraulic (EH) actuators produce force by a hydraulic power unit (HPU) which includes electric motors, pumps, reservoirs, relief valves, check valves, and associated plumbing. They enable precise control by employing electrohydraulic servovalves, converting current input signals into controlled fluid flow.

Moog has developed a line of Electromechanical Actuators (EMAs) designed to be rugged for harsh environments. The Commercial EMAs are capable of covering a range of performance characteristics with configurable design parameters.

Electromechanical (EM) actuation is a proven solution in challenging space applications. Moog's systems incorporate actuators, controllers, servodrives, and servomotors. They offer both specialized and off-the-shelf solutions to meet customer needs.

Advanced data processing with machine learning capabilities, co-developed with industry leaders for space environments.

High-capacity storage solutions designed for space operations, featuring radiation-hardened memory modules.

Provides torque using the interaction between magnetic fields generated by the spacecraft and the Earth’s magnetic field.

Space-qualified gyroscopes providing high-accuracy attitude information for spacecraft.

Provides precise control of satellite attitude using the gyroscopic effect, beneficial for agile and efficient spacecraft maneuvering.

Offers radiation tolerance, powered by AMD G-series SOC paired with Xilinx Ultrascale KU060 FPGA.

Cascade Single Board Computer

Qualified with significant flight heritage, offering thrust vector maneuvering for propulsion systems.

Mechanism for Hayabusa’s Ion thrusters with extensive mass capacity relative to its weight.

Configured for wide rotations with hard stops for various propulsion systems.

Compact rotary actuator designed for precise positioning applications in space mechanisms.

The METEOR is ideal for constellation missions in LEO, offering flexible configuration for various payloads.