Specify
Translate torque, speed, voltage, envelope, duty cycle, cooling, and cost into a controlled motor brief.
Europe + US / motor engineering
Compact motors, designed around the real load.
We help robotics, drone, pump, and industrial teams move from a difficult motor requirement to a tested prototype.
- 250 W–5 kW
- Initial design range
- Axial flux
- PCB-stator expertise
- Measured
- Prototype evidence
AXIAL FLUX
01 / 48V PLATFORM
One loop, two products
Engineering work becomes design intelligence.
Design
Compare axial-flux topologies, electromagnetic tradeoffs, thermal paths, mechanics, and manufacturability.
Prove
Build the prototype, measure it under load, and feed the evidence back into the next design.
Ways to work together
Start with the risk you need removed.
Recommended first step
Feasibility study
Two compact concepts, predicted performance, thermal risks, dimensions, cost, and a prototype recommendation.
Request a scope ↗Design to prototype
Motor development
Electromagnetic design, PCB stator, rotor and housing CAD, manufacturing package, assembly, and loaded testing.
Discuss your motor ↗For repeat programs
Design workbench
A structured workflow for teams that need several motor variants, revision control, simulation, and test-data feedback.
Join the conversation ↗First engineering tool
Check the operating point before the CAD.
Continuous torque2.39 N m
Approx. DC input current23.15 A
Angular speed418.88 rad/s
Change an input to update the estimate.
Project intake
Bring the hard constraints.
Tell us what the motor must do. We will reply with the right next step, not a generic brochure.
No confidential design files required at this stage.