Custom AFPM motor programs for compact high-torque electric drives where axial length, torque density, and thermal path matter more than commodity radial-flux availability.
| Metric | Typical Range | Why It Matters |
|---|---|---|
| Torque density target | Project-specific benchmark | AFPM value is strongest when torque per package depth is the main design constraint. |
| Axial package length | Envelope defined by buyer drawing | The axial length limit determines whether single-stator, dual-rotor, or custom housing work is viable. |
| Thermal path | Air, liquid, oil, or hybrid review | Continuous torque depends on how quickly copper and rotor heat can leave the compact package. |
No. AFPM is strongest when axial length and torque density dominate the design. Radial-flux motors may still be better for high-speed commodity platforms.
Yes, but the first review still needs package envelope, voltage, cooling assumption, and controller limits to avoid a misleading estimate.
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Include target torque/speed, quantity, and delivery location.
