A new spacecraft or satellite company needs mechanisms it cannot afford to get wrong. GYRATE designs, engineers, manufactures and industrializes the subsystems so a ten-person team can behave like a much larger aerospace organization.
Reaction and control mechanisms
Gimbals and deployment systems
Actuators and specialized motors
Pumps
Robotic mechanisms
Precision motion systems
Ground-support equipment
Motors for vacuum and extreme thermal environments
Space brings a different environment entirely: vacuum, extreme thermal cycling, low outgassing, shock, vibration and tight mass budgets. Commercial aerospace motor suppliers already customize materials, gearheads, sensors and construction for these conditions. GYRATE's engineering workforce learns those constraints and carries them into every design.
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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