Results from this simulator are a rough approximation for motor design exploration only. The tool and SuperMotor products are still early in development — contact us if you want to discuss a real program.

SuperMotor Simulator

Define geometry and materials — evaluate torque, speed, losses, modal NVH, and direct-drive humanoid joint fit with pricing included.

Topology Magnet material Winding type Cooling Phases (visual stack) Show flux paths Cutaway view

Find the lightest geometry that meets optional torque / RPM targets. Leave blank to use the joint preset requirements.

Target peak torque Nm Target max RPM rpm Max outer diameter mm Min outer diameter mm (optional) Max total axial length mm (optional) Min total axial length mm (optional) Target OD / axial ratio (optional) Max mass kg (optional) Max duty-cycle winding temp °C (optional) Max phase current at peak A (optional)

Evaluate against

Left-drag orbit · Right-drag pan · Scroll zoom · Copper ring = phase winding · Grey claws = SMC C-cores · Red/blue ferrite · Grey wedges = flux concentrators

Design warnings

Overall Dimensions

Mass breakdown

Power & Electrical (Peak)

Performance metrics

Efficiency sample map (RPM × current)

Each cell estimates electrical-to-mechanical efficiency at that RPM/current point for the current design. It is not used by the optimizer.