Light electric mobility
Compact hub and wheel-integrated drives for low-mass applications where efficiency, simplicity and package discipline lead.
- Hub and direct-drive formats
- Low-voltage platforms
- Quiet, efficient operation
Application-led electric motor and drive-system platforms, engineered into a programme-specific answer.
Define your requirement ↗
Explore a 131-frame scroll sequence that moves from integration context to the complete exploded motor assembly.
Explore the AHM750 →
Representative architectures illustrate the programme space. Final topology, cooling and controls are selected from the operating requirement.

Package-led torque density.

Motor, inverter and gearbox as one system.

A vertically packaged electric propulsion assembly.

Copper, steel and structure in one resolved assembly.

Electromagnetic intent made physical.

The complete electromagnetic assembly, layer by layer.
We select motor topology, electromagnetic architecture, cooling, control and mechanical integration only after the application has defined what matters.
Compact hub and wheel-integrated drives for low-mass applications where efficiency, simplicity and package discipline lead.
Robust propulsion systems for daily-use electric two-wheelers, developed around range, cost, thermal duty and serviceability.
High-output motor programmes for fast road and track applications that demand repeatable torque and compact thermal systems.
Traction machines and integrated drives balanced for everyday efficiency, refinement, packaging and production intent.
High-torque, high-power systems for demanding acceleration, speed, vehicle mass and all-wheel-drive requirements.
Durable propulsion for vans, mini-trucks and load-carrying platforms where uptime and continuous duty matter most.
A customer-specific route for vehicles and machines that do not fit an off-the-shelf category.
Product values are programme-specific and released only with the assumptions and validation status that make them meaningful.
Send the requirements you have—even if they are incomplete. We can help identify the decisions and missing inputs.