With the popularization of electric scooters, core components such as motors and ESCs are key to their running speed, safety and durability. OBRAI-RUN provides high-performance components with high efficiency, strong stability and energy saving, fully releasing the use potential of electric scooters.
Applied to electric scooter power systems, providing efficient and stable power output, supporting smooth driving and long-distance travel.
Matched with the motor, it realizes precise speed control and stable operation, ensuring safe and reliable use of electric scooters.
Integrating motor and ESC control logic, it provides intelligent torque management and multiple protection mechanisms, ensuring smooth start-up and safe braking for electric scooters.
How to Choose the Right Hub Motor for Urban Commuting?
For urban commuting, a 300W-500W hub motor is recommended, which can meet speed requirements of 25-30km/h and 15-20% hill-climbing needs. Brushless permanent magnet synchronous motors are energy efficient, quiet, and durable, offering 20% more range than brushed motors.
How to Solve the Problem of Insufficient Range on Electric Scooters?
The core issue is the battery and its management. It is recommended to choose reputable battery cells that support 5C fast charging, with a capacity of 8-12Ah. Simultaneously, optimizing the controller's discharge curve and adding kinetic energy recovery functionality can increase range by 8-12%.
Why Does the ESC (Electronic Speed Controller) of Electric Scooters Overheat?
Insufficient heat dissipation, continuous peak current, and improper firmware matching are the main causes. It is recommended to choose an intelligent ESC with an aluminum casing and overcurrent protection, supporting adaptive power adjustment, which can effectively reduce temperature rise.
Which is Better: Front-wheel drive or Rear-wheel drive?
Front-wheel drive (front wheel motor) is simple in structure and low in cost, suitable for commuting on flat roads; rear-wheel drive (rear wheel motor) offers better acceleration and climbing performance, and superior anti-slip performance in rainy weather. High-end models can choose dual-wheel drive to improve stability.
How to improve the safety of scooters on wet and slippery surfaces?
First, choose solid/tubeless tires with wide treads and anti-slip grooves. Second, the controller should integrate TCS traction control, which monitors wheel speed differences in real time and adjusts power output to effectively prevent slippage.
