Electric Motors
Axial flux machines designed to your envelope
Give us the envelope and the load, and we design the machine that fits. Our axial flux platform delivers high torque density in a short axial package, verified with electromagnetic and thermal simulation before any metal is cut — and it is designed without heavy rare earth metals.
- Topology
- Axial flux PMSM
- Cooling
- Oil and Air
- Integration
- Motor + inverter
- Magnets
- No heavy rare earths
[ PLATFORM VARIANTS / IN DEVELOPMENT ]
Compare the machines
AFMPM-I400
Integer slot winding
AFMPM-F400
Fractional slot winding
| Specification | AFMPM-I400 | AFMPM-F400 |
|---|---|---|
| Maximum torque (Nm) | 394.9 | 770 |
| Continuous torque, oil (Nm) | 223.6 | 436.1 |
| Maximum power (kW) | 113.8 | 87.7 |
| Continuous power, oil (kW) | 64.5 | 49.7 |
| VDC (V) | 400 | 400 |
| Weight dry (kg) | 24 | 24 |
| Torque density, peak (Nm/kg) | 16.45 | 32.08 |
[ REF: AXF-DATA / VARIANTS VS BENCHMARK ]
Torque density
Both variants share the same 24 kg axial flux platform, benchmarked against the current market-leading axial flux motor. The fractional slot F400 leads on torque density — 32.08 Nm/kg.
How we work
01
Envelope
Torque, speed and packaging constraints define the design space.
02
Simulation
Electromagnetic, thermal and structural loops converge on one machine.
03
Prototype
Build support, measurement and correlation against the simulated model.