Hobbywing Xerun D10 Brushless Drift Motor 13.5T

Hobbywing Xerun D10 Brushless Drift Motor – 13.5T Sensored Brushless Motor for High-Performance Drift Applications

The Hobbywing Xerun D10 is a brushless sensored drift motor designed for RC vehicles requiring precise motor control and consistent drift performance. With a 13.5T winding and sensored commutation, it delivers reliable torque delivery and smooth operation across a wide range of driving conditions.

• Sensored brushless design ensures precise rotor position tracking for consistent throttle response and smooth drift transitions
• 13.5T winding provides a balanced balance of torque and top-end speed, ideal for drift cars and touring platforms
• 3.17 mm shaft diameter with standard mounting pattern fits common drift chassis and axle configurations
• Compact 52.6 mm length and 35.7 mm outer diameter allow installation in tight motor compartments without sacrificing airflow

Das zeichnet den Hobbywing Xerun D10 aus

The Xerun D10 combines a sensored brushless motor with a 13.5T turn count specifically tuned for drift driving. The 2900 kV rating per volt delivers strong low-end torque while maintaining manageable top speeds, making it suitable for both beginner and intermediate drift setups. The brushless sensored architecture eliminates mechanical wear associated with brushed motors, extending service life and reducing maintenance intervals.

Ideal für...

RC drift enthusiasts and touring car builders who need a reliable, high-torque brushless motor with sensored feedback for precise speed control. The 13.5T winding is particularly well-suited for 1/10-scale drift cars running on 2S to 3S LiPo packs, where consistent torque delivery and smooth transitions are essential for competitive driving.

Anwendung von Hobbywing Xerun D10

1. Mount the motor to the drift chassis using the standard 3.17 mm shaft and compatible axle hardware
2. Connect the three motor phases and sensor cable to a compatible sensored ESC (electronic speed controller)
3. Configure the ESC for sensorless or sensored mode depending on the driver preference and track conditions
4. Break in the motor gradually at low RPM before running at full drift speed to ensure even brushless wear