Flux Rotor: Cobalt Drive
Inspect an original motor with real winding groups, alternating magnet sectors and a keyed shaft. Balanced phase currents drive prescribed synchronous rotation, material colors and spatial harmonic markers. Open the actual cutaway and separate six components offline. This display does not solve torque, efficiency or magnetic finite elements.
Bring an original motor, explanatory sequence and optional palette. The Skill returns a downloadable Skill, interactive demos and example videos.
How it works
Generate a project and edit validated bilingual motor data.
Build offline HTML and verify actual meshes, materials, signals and native controls.
Download the Skill and explore its interactive demos and example videos.
Frequently asked questions
Does it need a key?
No. It runs offline without runtime model calls.
Does it solve motor physics?
Rotation is prescribed synchronously as electrical angle divided by pole pairs. It does not solve torque, voltage, load, efficiency or magnetic finite elements.
What do the arrows mean?
They indicate a spatial harmonic around the windings. They do not report physical magnetic flux density.
What can I edit?
Bilingual names, one to three pole pairs, bounded dimensions/frequency and three palettes in motor.json. Larger mechanical changes require source geometry edits.