Hobbywing XERUN-V10-5T-Black-G3-BL-Motor (HW30401116)

In stock
- SKU
- HW30401116
Description / Hobbywing XERUN-V10-5T-Black-G3-BL-Motor (HW30401116)
First-rate Linearity
The built-in high precision Hall sensor combined with the high precision and balanced rotor will guarantee remarkable linearity of the motor.
Super Lightweight
The G3 Modified & Stock motors only weigh 161g and 132g respectively; the weights are reduced by about 11% & 21%
Asymmetric Bearings
By comparison (with the V10 G2 motor), for improving the load-carrying capacity, the size of the front bearing of the G3 motor is increased by 26% ; while for lower resistance, the size of the rear bearing is reduced by 6%. The asymmetric bearing design will make the motor running more stable and smooth.
Great Heat Dissipation
The special shell design which makes the stator core (/laminations) expose to the air will maximize cooling, the big holes(*) on the front & rear end plates will guarantee outstanding heat dissipation of the motor. (*Note: the 5.5T~8.5T motors are mainly adopted by off-road vehicles, so the factory default end plates for those motors are the ones with small holes.)
Stepless Adjustable Mechanical Timing
The mechanical timing can be adjusted finely and smoothly; the skid-proof lines
Re-buildable Structure
The detachable structure design for regular cleaning & maintenance will effectively prolong the service life of the motor and retain its efficiency.
Two Different End Plates
The end plates with big holes adopted by the 3.5T~5.0T & 10.5T~21.5T motors will guarantee excellent heat dissipation of the motor for on-road applications. The end plates with small holes used by the 5.5T~8.5T motors will effectively prevent sand or dirt from getting inside and damaging the motor for off-road applications. Users can purchase and mount the end plates with big or small holes as per actual needs.
High-quality Components
The use of high-performance stator core (/laminations), heat(200?)-resistant pure copper wire, heat(200?)-resistant
BRCA/EFRA Approved
Specifications