Engineering
Actuators
Size actuators for real loads, backlash, and thermal equilibrium - not datasheet peaks alone.
How we approach Actuators
Actuator selection joins torque/speed needs with thermal time constants, mechanical backlash, and fault behaviors such as holding torque during power loss. We help teams match motor classes, drives, and mechanical transmissions to mission cycles.
Safety architectures may require redundant brakes or dual-channel drives - we document failure modes and diagnostics explicitly.
We align mechanical mounting stiffness with control gains to avoid resonance surprises.
Related areas in this practice
Actuation with margin
Performance maps include temperature, wear, and supply variation.
- Duty cycle definitions tied to real trajectories - not averages only.
- Thermal derating paths with sensor placement rationale.
- Maintenance indicators when friction or backlash drift.
Talk with engineers who own the work
Request a technical pass on Actuators: constraints, risks, and a practical next step with clear assumptions.