Electric two-wheelers
High-volume, cost-sensitive drive systems where efficiency, packaging and localisation are central.
Application roadmap
One magnet-free motion platform, engineered for distinct duty cycles
VMSM can be adapted from compact mobility to high-power industrial systems by configuring motor architecture, electronics and controls as an integrated system.
Mobility
Propulsion systems for the next generation of electric vehicles
Active pilots are under way with established two-wheeler and passenger-car manufacturers.
Passenger cars
Traction platforms balancing range, torque density, refinement and software-calibrated performance.
Light commercial vehicles
Robust systems for payload, stop-start operation and fleet economics across urban logistics.
Commercial vehicles
Higher-power architectures for demanding traction cycles and long operational life.
Integrated e-axle programmes
Motor and control integration aligned with OEM packaging, cooling, software and validation plans.
Platform licensing
Future commercial models can support OEM partnerships, licensing and manufacturing scale-up.
Industrial systems
High-power motion without rare-earth magnet dependency
The platform roadmap includes 200 kW to 600 kW systems for equipment where efficiency, uptime and supply security materially affect operating economics.
- Industrial machinery and automation
- Pumps, compressors and process equipment
- High-power cooling and thermal-management systems
- Material handling and specialised equipment
200–600 kW
Target development range for high-power industrial systems.
Adaptive controls
Field behaviour tuned to operating load and machine requirements.
Supply security
Reduced reliance on permanent magnet material availability.
OEM integration
Engineering support from specification through validation and scale-up.
Emerging applications
Programmable motion for complex and critical systems
Software-defined field control creates a broad foundation for applications requiring adaptability, resilience and precise electromechanical behaviour.
Robotics
Compact motion systems with controllable torque, dynamic response and application-specific tuning.
Defence
Strategic motor technology designed around supply resilience and indigenous capability.
Cooling systems
Efficient drives for fans, compressors and advanced thermal-management platforms.
OEM engagement
From requirement to commercial programme
Vimag Labs works with partners at system level, connecting motor design decisions to controls, packaging, validation and production.
1. Application definition
Power, torque, speed, duty cycle, packaging, cooling and cost targets.
2. Architecture selection
Motor, excitation, inverter and software configuration for the target platform.
3. Prototype and calibration
System build, controller tuning and application-specific performance optimisation.
4. Validation
Bench, vehicle or machine testing against agreed technical and commercial criteria.
5. Industrialisation
Manufacturing process design, supply-chain readiness and production scale-up.
Have an application with rare-earth exposure?
Share your operating envelope and programme timeline.