XBOT Scooter Controller v3XBOT Scooter Controller v3 Motor Control and Speed Regulation: The controller is responsible for regulating the brushless DC motor, adjusting the power sent to the motor based on the riders input through the throttle. It ensures smooth acceleration by gradually increasing power to the motor, avoiding jerky starts or sudden surges that could compromise rider comfort and control. The speed regulation system allows for fine tuned control of the motor,

XBOT Scooter Controller v3

Motor Control and Speed Regulation:

• The controller is responsible for regulating the brushless DC motor, adjusting the power sent to the motor based on the rider’s input through the throttle.
• It ensures smooth acceleration by gradually increasing power to the motor, avoiding jerky starts or sudden surges that could compromise rider comfort and control.
• The speed regulation system allows for fine-tuned control of the motor, providing the rider with an efficient and responsive riding experience, whether cruising or accelerating rapidly.

Battery Management:

• The XBOT Controller v3 works closely with the battery management system (BMS) to manage the scooter’s power usage, ensuring that the battery is safely charged and discharged.
• The controller monitors the battery’s charge level, adjusting the scooter’s power output accordingly to preserve battery life and provide longer-range riding.
• It incorporates overcharge and overdischarge protection, which helps protect the battery from damage due to improper charging or discharging cycles.
• Battery health monitoring ensures that the controller can take preventive actions to avoid situations like battery overheating or excessive drain, enhancing the overall lifespan of the battery.

Braking System Integration:

• The XBOT Controller v3 integrates with the scooter’s braking system, offering smooth and responsive braking performance.
• If equipped with regenerative braking, the controller can convert kinetic energy into electrical energy during braking, sending it back to the battery to extend the scooter’s range.
• The controller dynamically adjusts the braking force based on speed and the intensity of brake input, ensuring that the scooter stops smoothly and safely, even during high-speed rides.

Safety Features:

• The controller includes multiple safety mechanisms to protect both the rider and the scooter’s electrical components:
  • Overcurrent protection: Prevents excessive current flow that could overload the system and damage the motor or controller.
  • Overvoltage protection: Protects the scooter’s electrical system by ensuring the voltage remains within safe levels.
  • Thermal protection: The controller monitors the temperature of the motor and internal electronics, reducing power or shutting down if temperatures exceed safe thresholds to prevent overheating.
  • Low-voltage protection: The controller ensures the motor does not operate when the battery reaches a low voltage, preventing deep discharges and damage to the battery.

User Interface and Display:

• The XBOT Controller v3 communicates with the scooter’s display, providing the rider with real-time data on the scooter’s performance:
  • Speed display: Shows the rider’s current speed.
  • Battery level indicator: Displays the remaining charge in the battery, usually as a percentage or through a visual battery icon.
  • Riding mode selection: Indicates the selected riding mode (e.g., Eco, Normal, Sport), allowing the rider to switch between different performance levels based on riding conditions.
  • Trip data: Provides information such as total distance traveled, estimated remaining range, or ride time.
  • Error codes: If there is a malfunction or issue with the scooter’s system, the controller sends error codes to the display to notify the rider of potential problems.

Energy Efficiency:

• The XBOT Controller v3 is designed to be energy-efficient, ensuring that power is used optimally to maximize the range of the scooter on a single charge.
• Regenerative braking, if supported, recovers energy during braking and sends it back to the battery, reducing energy waste and extending battery life.
• The controller also adjusts the motor power based on the scooter’s speed, load, and riding mode, helping to conserve energy during low-demand riding scenarios.

Compatibility : Fits in to many electric scooters selling in market with DC 36 V battery and 10 inch wheel 

Weight: ~400 g

Package content :

1 x controller