EVK manufactures high‑performance flat‑wire (hair‑pin) in‑line electric motors ranging from 3 kW to 500 kW, delivering high torque density and >95 % efficiency for electric and hybrid powertrains, aircraft, two‑wheel vehicles, and industrial equipment. The motors feature integrated sensor suites, modular mounting, and standard CAN/FlexRay interfaces, and are produced in an automated smart‑factory with tight tolerances. EVK also offers customization of winding, pole count, and cooling solutions to meet OEM specifications.
Funding
Funding not disclosed
Founders
Product
Problem
Manufacturers of electric and hybrid powertrains, as well as industrial equipment, require compact motors that deliver high power density, efficiency, and reliability across a wide power range. Conventional motor designs often involve trade‑offs between size, thermal performance, and cost, limiting system integration and overall vehicle or machine efficiency.
Solution
EVK provides third‑generation high‑performance flat‑wire (hair‑pin) in‑line motors that span 3 kW to 500 kW, delivering superior power density and efficiency for electric and hybrid drivetrains. The motors are engineered for direct integration into BEVs, HEVs, electric motorcycles, electric aircraft, commercial vehicles, construction and agricultural machinery, as well as industrial servo applications. EVK’s in‑house R&D and precision manufacturing ensure tight tolerances, optimized magnetic and thermal designs, and compliance with automotive and aerospace standards. A digital smart‑factory production line enables consistent quality control and rapid scaling to meet OEM volume requirements. The company also offers customization services to adapt motor geometry, winding configurations, and control interfaces to specific application needs.
Target Audience
Primary customers are OEMs developing battery‑electric and hybrid vehicles, electric two‑wheel and aircraft manufacturers, as well as producers of commercial, construction, agricultural, and industrial automation equipment requiring high‑performance drive motors.
Features
- Flat‑wire (hair‑pin) rotor architecture delivering high torque density and reduced iron losses
- Scalable power ratings from 3 kW to 500 kW within a single motor family
- Optimized electromagnetic and thermal design for >95 % efficiency at rated load
- Integrated sensor suites (temperature, speed, position) for advanced motor control
- Modular mounting and shaft options to suit automotive, aerospace, and industrial frames
- In‑house CNC winding and automated assembly in a smart‑factory environment for tight quality tolerances
- Compatibility with standard CAN/FlexRay and field‑bus interfaces for seamless ECU integration
- Customizable winding patterns, pole counts, and cooling solutions to meet OEM specifications