Electric aviation, eVTOL and uncrewed aircraft all depend on actuators, motors and pumps with extreme power-to-mass requirements. GYRATE engineers and manufactures those subsystems as one integrated system.
Flight-control and electromechanical actuators
Electric propulsion motors
Pumps, fans and compressors
Starter-generators and propulsion auxiliaries
Landing and control mechanisms
UAV motors
Integrated inverters and cooling
More-electric aircraft systems
For aircraft the dominant equation becomes power per unit mass, with efficiency and thermal performance critical at the same time. NASA identifies high specific power and high efficiency as critical for future electrified aircraft, which makes integrated motor, power-electronics and thermal design essential rather than optional.
An AI workforce of artificial engineers that designs, simulates, sources, industrializes and validates the system, supervised by experts who own every consequential decision.
Highly autonomous, software-defined factories that machine, wind, assemble, inspect and test electromechanical products, with humans handling safety, maintenance and exceptions.
Application-specific motors, drives, actuators and integrated motion systems delivered into the customer's machine, and every unit built teaches the next one.
Requirement → Design → Simulate → Source → Plan → Manufacture → Inspect → Test → Learn → Improve
GYRATE helps determine the electromechanical architecture that makes it real, then engineers it, builds it and tests it.
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