XERUN V10 17.5T G5 TORQUE

The high-performance two-pole sensored AC electric motor of the XERUN V10 G5 series is ideal for racing series (STOCK) cars in 1:10 and 1:12 scales. Compared to conventional motors of this size, it offers higher power and efficiency, automatic optimization when used with HOBBYWING XERUN XR10 series controllers. The motor is dustproof and thanks to its modular design, it allows easy maintenance and repairs. If you want to give your model a more powerful motor with a longer lifespan and greater adjustment options in cooperation with an intelligent controller, the XERUN V10 G5 electric motor is the right one for you!

• Compared to the previous generation of XERUN V10 G4R motors, it offers 4% higher power and efficiency at a weight that is 13 grams (8.5%) lower
• The built-in chip is optimized for working with the HOBBYWING XERUN XR10 series controllers; the controller automatically identifies the motor and creates a drive system operating in full sensor mode with excellent performance and precise control.
• Highly stable power and torque throughout the entire operating speed range; extremely smooth operation at low speeds.
• The motor uses patented technology with Hall sensors; The high-speed and high-precision encoder always provides a clean signal indicating the rotor position, which effectively suppresses possible sensor signal interference and makes the motor run more reliable.
• Adjustable distance between the rotor and Hall sensors for fine-tuning performance
• CNC machined aluminum alloy housing with large ventilation holes (further enlarged compared to G4R), high-purity copper wire winding, advanced rotor design with protective shell and patented cooling system, super-thin silicon steel sheets, high-quality stainless steel shaft, precision ball bearings for high durability and smooth operation, large-section soldering leads with low internal resistance.
• Mechanical timing adjustable within the range of 20-60°.
• A pair of sensor sockets allows the sensor cable to be connected in the direction of the longitudinal axis of the engine or perpendicular to it for perfect adaptation to your chassis.
• Modular design for easy maintenance and repair/replacement of parts.