E-Kick scooter motor control reference design
Ride the Growth of Micro-Mobility with Smarter E-Scooter Designs
The global demand for e-Kick Scooters and e-Bikes is accelerating—driven by the need for fuel-efficient, low-emission travel, the rise of electric scooter-sharing services, and shifts toward socially distanced transportation. With the e-Kick Scooter market projected to double from $20 billion to $42 billion by 2030 (Grand View Research), OEMs have a major opportunity to innovate with smaller, more efficient, and high-performance designs.
Explore how you can capture market share with our latest reference design, built to support next-generation e-scooter development:
Integrated dsPIC33CK64MP105 DSC motor controller
- Field-Oriented Control (FOC) for high-efficiency motor performance
- Support for both sensor-based and sensorless feedback systems
- 350W maximum output power with up to 27A RMS motor phase current
- Robust three-phase inverter stage with MIC4104 gate drivers and low RDS(on) MOSFETs
- Wide input voltage range (18–42V) ideal for 10s battery packs
- Expansion options for throttle input, Bluetooth® connectivity, and more
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