E-Motorcycle Motor Controller
The high-performance drive core for two-wheelers
Overview
A motor controller (MCU) for electric motorcycles, mopeds and high-speed e-bikes, using FOC vector control for hub and mid-drive motors with peak efficiency above 98%.
Built-in hill-hold, cruise control, regeneration and anti-theft locking, with IP67 protection and automotive-grade reliability. Our engineers jointly calibrate driveability, economy and riding feel with the OEM.
Key Functions
FOC vector control
Sine-wave drive with low torque ripple, smooth launch and quiet operation.
High efficiency
Peak efficiency ≥ 98%, with regeneration to extend riding range.
Hill-hold & creep
Anti-rollback on gradients and reverse creep for safer urban riding.
Multiple ride modes
Eco / Standard / Sport modes with cruise control and speed limiting.
Vehicle communication
CAN / UART links to dashboard and BMS with DTC display and remote diagnostics.
Rugged sealing
IP67 potted enclosure, vibration, water and dust resistant for harsh roads.
Specifications
| Control method | FOC vector control (sine wave) |
|---|---|
| Motor support | Hub motor / mid-drive (BLDC / PMSM) |
| Voltage platform | 48 V / 60 V / 72 V / 96 V |
| Peak efficiency | ≥ 98% |
| Ingress protection | IP67 |
| Interfaces | CAN / UART / one-wire |
| Functions | Regeneration / hill-hold / cruise / anti-theft |
| Operating temperature | -30 °C to +70 °C |
Applications
- Urban commuter electric motorcycles
- High-speed sports e-motorcycles
- Delivery and commercial two-wheelers
- Electric tricycles and low-speed quadricycles
Why It Wins
Tunable ride feel
Open calibration of torque response and ride modes for model differentiation.
Localized platform
Domestic MCU and power devices keep cost and supply stable.
Automotive-grade quality
Automotive development and validation process — lower field failure than generic two-wheeler controllers.
Joint calibration
Calibration tools and on-site support to complete OEM matching quickly.
Related Products
Frequently Asked Questions
Common questions about cooperation, lead time and certifications
What are the typical applications of E-Motorcycle Motor Controller?
Key applications include: Urban commuter electric motorcycles, High-speed sports e-motorcycles, Delivery and commercial two-wheelers, Electric tricycles and low-speed quadricycles.
What is the delivery form and technical support scope of E-Motorcycle Motor Controller?
We can supply a complete package of controller hardware, basic software and application software, or deliver hardware and software modules separately to fit your existing platform. CAN / UART protocols, calibration tools and integration support are included.
Do you support customized hardware and software development?
Yes. We cover the full stack — chip selection, hardware design, basic software (AUTOSAR / MCAL), application algorithms and calibration — and co-develop with vehicle and equipment OEMs, including support for DV/PV testing and vehicle calibration.
Which quality systems and certifications do you hold?
We are certified to ISO 9001:2015. Product development follows the ISO 26262 functional safety process (up to ASIL-D) and the AUTOSAR architecture standard; defence and UAV-related products meet GJB 150A / GJB 151B environmental requirements.
Need controller selection or custom development?
Tell us your E/E architecture, power level and target market — we respond with a preliminary proposal within 48 hours.