Hobbywing XeRun V10 G3R: 13.5T

HOBBYWING XERUN V10 13.5T G3R BLACK MOTOR

The HobbyWing XeRun V10 G3R has been specially designed for extremely high level stock racing.

The torque of the G3R Stock motor has been improved by 13.3%, the KV & max output power improved by 6.5% and 8.6% respectively compared to the V10 G3 motor.

The G3R Stock is low resistance but high efficiency. The resistance of this G3R hase been reduced by 11% while the efficiency has been improved by 6% when compared to the V10 G3.

The built in high precision hall sensor combined with the high precision and balanced rotor guarantee outstanding linearity of the motor. The motor can has been designed to be easy to dismantled for maintenance purposes and for the replacement of any parts that wear and is super lightweight.

The G3R motor weighs only 140g and is 8.6% lighter than some other popular stock motors on the market. The special can design allows for extra airflow around the stator core to maximize cooling and efficiency. Even more of the case has been machined from the end plates motors further help reduce heat.

The use of a high performance stator core, heat resistant wire(200degC), a heat resistant precision rotor (200degC), high precision and high strength bearings and copper solder tabs guarantee outstanding performance and super durability.

It’s compliant with IFMAR, ROAR, EFRA, BRCA rules, and certificated by RoHS, CE, FCC

HobbyWing XeRun V10 G3 Information:

You can get information about the motor temperature via an infra-red temperature gun, the LCD programmer or the WiFi module & smart phone (with the Hobbywing WiFi Link App installed). If the motor temperature is too high, you must let the motor cool down first then reduce the timing or increase the FDR and then test again.

HobbyWing XeRun V10 G3 Features:

• High precision hall sensor
• Specially designed for extremely high level racing
• Rebuildable Design
• High performance stator core
• Heat resistant wire
• Heat resistant precision rotor
• Compliant with IFMAR, ROAR, EFRA, BRCA