GTAKE specializes in designing and producing innovative AC drives (also known as variable frequency drives), electric vehicle motor controllers, bidirectional DC sources, and test rigs with advanced control algorithms and cutting-edge technology, delivering optimal performance and reliability for industrial automation and new energy applications.
Electric scooters have become a cornerstone of urban micro-mobility, offering efficient, eco-friendly transportation for millions of riders worldwide. At the heart of every electric scooter is the Motor Control Unit (MCU)—the component that translates battery power into smooth, responsive motion. GTAKE brings decades of expertise in motor drive technology to the growing e-scooter market, offering a comprehensive range of Scooter MCU solutions designed for performance, reliability, and safety.
A Scooter MCU (Motor Control Unit) is an electronic controller that manages the operation of an electric scooter’s traction motor. It regulates speed, torque, and direction while monitoring critical parameters such as current, temperature, and battery voltage. Modern scooter controllers employ advanced algorithms like Field-Oriented Control (FOC) to deliver smooth acceleration, efficient energy usage, and features like regenerative braking .
The MCU interprets input from the throttle, processes rider commands, and drives the motor phases with precise timing to achieve the desired performance while protecting the battery and motor from damage .
GTAKE’s extensive Motor Control Unit portfolio includes proven solutions specifically suitable for electric scooter applications. Our controllers are designed to work seamlessly with BLDC and PMSM motors, providing OEMs and integrators with flexible options for various scooter platforms.
The D Series controllers, including D03, D06, D08, D09, and D11 EV HEV motor controllers, are ideally suited for electric scooter applications. The D03 Pro model, in particular, delivers the perfect balance of power and compactness for urban e-scooters.
D03 Pro Key Specifications:
Nominal Voltage: 48/60/72Vdc (compatible with common e-scooter battery configurations)
Peak Power: Up to 10kW
Supported Motors: BLDC/PMSM/IM
Communication: CAN
Motor Feedback Sensors: Hall, ABZ+PWM, AB
Maximum Efficiency: 98%
Protection Grade: IP67
Thermal Management: Air Cooling with improved heatsink
Operating Temperature: -20˚C to +55˚C
For high-performance electric scooters and light electric motorcycles requiring higher power density, GTAKE offers G Series controllers (G02, G03, G04, G05 EV HEV motor controllers) with wider voltage ranges and enhanced thermal management.
GTAKE scooter controllers employ Field-Oriented Control algorithms that deliver smooth, vibration-free operation across the entire speed range . FOC enables independent control of torque and flux, resulting in superior efficiency and responsiveness compared to traditional trapezoidal control methods .
All GTAKE scooter MCUs support regenerative braking, capturing energy during deceleration and braking to recharge the battery. This feature extends riding range by up to 15-20% in urban stop-and-go conditions while reducing brake pad wear .
With maximum efficiency up to 98%, GTAKE controllers minimize energy loss during operation, maximizing the range per charge—a critical factor for both commuter and shared e-scooter applications.
Electric scooters face diverse operating conditions, from dusty streets to rain showers. GTAKE controllers feature IP67 protection against dust ingress and temporary water immersion, ensuring reliable operation regardless of weather conditions . Some models also offer IP65-rated enclosures for applications requiring different protection levels .
GTAKE scooter MCUs include multiple protection mechanisms :
UVLO (Under-Voltage Lockout): Prevents battery over-discharge
OVP (Over-Voltage Protection): Protects against voltage spikes
SCP (Short Circuit Protection): Immediate shutdown upon short circuit detection
OCP (Over-Current Protection): Limits current to safe levels
OTP (Over-Temperature Protection): Thermal management to prevent overheating
Stall Current Protection: Protects motor during locked-rotor conditions
Standard CAN communication enables seamless integration with the scooter’s VCU, display, and battery management system . Additional interfaces include UART, I2C, and throttle input for comprehensive system integration .
GTAKE controllers support various position feedback methods :
Hall sensors (60°/120°)
Encoder feedback
Sensorless operation for cost-sensitive applications
| Parameter | D Series (D03 Pro) | G Series (G02) | Industry Typical |
|---|---|---|---|
| Input Voltage | 48-72V | 72-144V | 36-72V |
| Peak Power | Up to 10kW | 15-25kW | 1-8kW |
| Continuous Current | 100A RMS | 150A RMS | 30-80A |
| Peak Current | 300A | 500A | 100-250A |
| Control Algorithm | FOC | FOC | Trapezoidal/FOC |
| Efficiency | 98% | 97% | 85-92% |
| Protection Grade | IP67 | IP67 | IP54-IP65 |
| Cooling | Air | Air/Liquid | Air |
| Communication | CAN, UART | CAN, UART | UART only |
Based on GTAKE specifications and industry standards
GTAKE scooter MCUs support multiple riding modes to enhance user experience :
Eco Mode: Optimizes energy efficiency for maximum range, ideal for daily commuting
Sports Mode: Delivers full power for responsive acceleration and higher top speeds
Cruise Control: Maintains constant speed for relaxed riding on open roads
Walk Mode: Low-speed assistance for pushing the scooter uphill or in pedestrian areas
For daily urban commuting, GTAKE D Series controllers provide the perfect combination of efficiency, reliability, and smooth operation. Regenerative braking maximizes range, while IP67 protection ensures all-weather dependability.
For performance-oriented e-scooters requiring higher power output, G Series controllers deliver the torque and speed demanded by enthusiasts, with advanced thermal management for sustained high-power operation.
For shared mobility applications, GTAKE controllers offer the ruggedness and reliability required for 24/7 operation in harsh urban environments. Comprehensive protection features ensure safe operation with minimal maintenance.
For light electric motorcycles and mopeds, GTAKE’s higher-power controllers provide the performance and reliability needed for daily transportation in congested urban areas .
GTAKE drives incorporate Infineon IGBTs and advanced DSPs from leading manufacturers, ensuring reliable performance and precise control . Our affiliated company’s MOSFET modules further enhance reliability through customized semiconductor solutions.
With maximum efficiency up to 98%, GTAKE controllers outperform many competing solutions, directly translating to longer riding range and reduced heat generation.
IP67-rated enclosures provide complete protection against dust and temporary water immersion, ensuring reliable operation in all weather conditions .
Multiple protection functions safeguard the controller, motor, and battery against fault conditions, ensuring rider safety and equipment longevity .
GTAKE products carry international certifications including CE and RoHS, ensuring compliance with global quality and safety standards.
| Feature | GTAKE Scooter MCU | Typical Competitor |
|---|---|---|
| Control Algorithm | FOC | Trapezoidal |
| Maximum Efficiency | 98% | 85-90% |
| Protection Grade | IP67 | IP54 |
| Regenerative Braking | Yes | Optional |
| Communication | CAN, UART | UART only |
| Overload Capability | 150% for 60s | 120% for 30s |
| Operating Temperature | -20°C to +55°C | 0°C to 40°C |
Q: What is the difference between FOC and traditional trapezoidal control for scooter MCUs?
A: Field-Oriented Control (FOC) provides smoother operation, higher efficiency across the entire speed range, and better torque control compared to traditional trapezoidal control. FOC enables quieter operation, reduced vibration, and improved energy efficiency—critical factors for modern e-scooters .
Q: Can GTAKE scooter MCUs support regenerative braking?
A: Yes, all GTAKE scooter motor controllers support regenerative braking, capturing energy during deceleration to recharge the battery and extend riding range .
Q: What voltage ranges are available for electric scooter applications?
A: GTAKE offers controllers for 48V, 60V, and 72V systems through our D Series, with higher voltage options up to 144V available in the G Series for high-performance applications.
Q: Do GTAKE controllers work with both hub motors and mid-drive motors?
A: Yes, GTAKE scooter MCUs are compatible with both hub motor and mid-drive configurations, supporting the sensor feedback methods commonly used in each design .
Q: What is the typical efficiency of GTAKE scooter controllers?
A: GTAKE scooter MCUs achieve up to 98% efficiency, significantly higher than many competing products, resulting in longer range and reduced heat generation.
Q: How does IP67 protection benefit electric scooter operation?
A: IP67 protection ensures the controller is completely dust-tight and can withstand temporary water immersion, allowing safe operation in rain, through puddles, and on dusty roads .
Q: Can GTAKE controllers be customized for specific scooter models?
A: Yes, GTAKE offers customization options in both software and hardware to meet specific OEM requirements, including tailored acceleration profiles, communication protocols, and mechanical integration.
Q: What communication interfaces are supported for scooter integration?
A: GTAKE scooter MCUs support CAN, UART, and I2C communication, enabling seamless integration with displays, VCUs, battery management systems, and mobile apps .
For detailed technical information, selection assistance, or to discuss your specific electric scooter motor control requirements, please contact GTAKE. Our engineering team is ready to help you find the optimal Scooter MCU solution for your application.
