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Hobbywing XR10 Pro G2S ESC and V10 G3 8.5T Motor Combo
- $126.98
- Brands Hobbywing
- Product Code: HWI38020333
- Availability: In Stock
Hobbywing XR10 Pro G2S ESC & V10 G3 8.5T Brushless Motor ComboThe Hobbywing XR10 Pro G2S ESC & V10 G3 8.5T Brushless Motor Combo is a high-performance sensored brushless power system designed for competitive 1/10-scale RC vehicles. It combines the programmable XeRun XR10 Pro G2S ESC with a V10 G3 8.5T brushless motor, giving experienced RC drivers precise throttle control and extensive tun..
High Performance Brushless Combo for RC Cars
Hobbywing XR10 Pro G2S ESC & V10 G3 8.5T Brushless Motor Combo
The Hobbywing XR10 Pro G2S ESC & V10 G3 8.5T Brushless Motor Combo is a high-performance sensored brushless power system designed for competitive 1/10-scale RC vehicles. It combines the programmable XeRun XR10 Pro G2S ESC with a V10 G3 8.5T brushless motor, giving experienced RC drivers precise throttle control and extensive tuning capability.
The 8.5T motor provides a substantially more aggressive performance profile than higher-turn stock motors, making this combination well suited to applications where strong acceleration and high RPM are priorities. The XR10 Pro G2S provides the current-handling capacity and programmable features needed to manage a demanding brushless setup.
Key Features
XR10 Pro G2S Sensored ESC: Designed for precise control of high-performance 1/10-scale brushless systems.
V10 G3 8.5T Motor: High-performance motor configuration for applications requiring strong acceleration and speed.
160A Continuous Current: Provides substantial current capacity for demanding operation.
1200A Peak Current: Supports short-duration high-current demands.
2S LiPo Compatibility: Designed for 2-cell LiPo power systems.
Sensored Brushless Technology: Provides accurate motor-position feedback for smooth and predictable response.
Advanced ESC Programming: Allows adjustment of throttle, braking, timing, and other parameters.
5–7.4V / 5A BEC: Provides regulated power for compatible receiver and servo electronics.
Data Logging: Helps monitor operating conditions and evaluate power-system performance.
Competition-Oriented Design: Built for experienced racers and demanding 1/10-scale applications.
Product Specifications
| Specification | Details |
|---|---|
| Brand | Hobbywing |
| Product Type | Sensored Brushless ESC & Motor Combo |
| ESC Model | XeRun XR10 Pro G2S |
| ESC Type | Sensored Brushless |
| ESC Continuous Current | 160A |
| ESC Peak Current | 1200A |
| ESC Input Voltage | 2S LiPo |
| BEC Output | 5–7.4V, 5A |
| ESC Waterproofing | Not Waterproof |
| Motor Series | XeRun V10 G3 |
| Motor Type | Sensored Brushless |
| Motor Wind | 8.5T |
| Vehicle Scale | 1/10 |
| Power System | Sensored Brushless |
| Primary Application | Competition & Performance RC |
| Typical Battery | 2S LiPo |
Specification note: Exact motor KV, dimensions, weight, rotor specifications, connector arrangement, and package contents should be verified against the specific V10 G3 8.5T motor SKU supplied with the combo. Product revisions and regional packages may differ.
XR10 Pro G2S ESC
The XeRun XR10 Pro G2S is the central controller in this power system. It regulates battery power and delivers controlled output to the V10 G3 motor.
Its 160A continuous current rating provides significant electrical capacity for demanding applications, while the 1200A peak rating allows the controller to accommodate short-duration current demands during hard acceleration and other high-load conditions.
The ESC is designed for 2S LiPo operation, making it suitable for many 1/10-scale racing platforms.
V10 G3 8.5T Motor
The 8.5T V10 G3 is a lower-turn motor designed for substantially higher performance than typical 13.5T, 17.5T, or 21.5T stock configurations.
The lower turn count generally corresponds to higher RPM and greater power potential, but it also places greater demands on:
ESC current capacity
Battery capability
Motor cooling
Gearing
Drivetrain components
Tire selection
ESC programming
Actual vehicle performance depends on the complete RC setup rather than motor turn count alone.
Sensored Brushless Operation
The ESC and motor form a sensored brushless system, using motor-position feedback to regulate operation.
Sensored control is especially valuable when precise throttle response is required. It can provide smoother low-speed operation and more predictable transitions from braking to acceleration.
For racing applications, this can help the driver apply power more precisely when exiting corners or navigating technical sections.
Advanced ESC Programming
The XR10 Pro G2S provides extensive adjustment capability for drivers who want to tailor the power system to their vehicle.
Depending on the firmware and programming equipment, settings may include:
Initial throttle response
Acceleration
Drag brake
Brake strength
Motor timing
Boost timing
Turbo timing
Low-voltage cutoff
Other ESC operating parameters
Because the 8.5T motor can generate substantial power, aggressive timing and boost settings should be introduced carefully while monitoring motor and ESC temperatures.
BEC Output
The XR10 Pro G2S features a switch-mode BEC rated at 5–7.4V and 5A.
The BEC supplies regulated power to compatible receiver and servo electronics. The selected output voltage must be within the operating range of all connected components.
When using a high-voltage servo, confirm the servo's voltage rating before selecting the higher BEC setting.
Data Logging
The ESC's data-logging capability can help experienced users analyze how their power system performs under actual driving conditions.
Monitoring operating information can assist with:
Gearing selection
Temperature management
Timing adjustments
Battery evaluation
Track-specific setup changes
This is particularly useful for competition drivers who want to compare different power-system configurations.
Suitable RC Applications
The combination is designed for compatible 1/10-scale RC vehicles where a high-output sensored brushless system is appropriate.
Potential applications include:
Competition touring cars
Performance buggies
High-performance 1/10-scale vehicles
Drift applications
F1-style RC cars
Other compatible competition platforms
The exact suitability depends on the chassis, drivetrain, battery, gearing, motor rules, and intended use.
2S LiPo Power
The XR10 Pro G2S is designed for 2S LiPo battery operation.
A suitable battery should have adequate discharge capability for the demands of an 8.5T motor. Before connecting the system, verify:
Battery voltage
Battery discharge capability
Connector type
Polarity
Wiring condition
ESC specifications
Motor sensor connection
Do not exceed the ESC's specified input voltage.
Gearing Considerations
Gearing is especially important with an 8.5T motor.
A taller gear ratio can increase speed but also increases the mechanical and thermal load on the motor and ESC. Because the 8.5T configuration can produce significantly more power than stock-oriented motors, conservative initial gearing is recommended.
Consider the following when selecting gearing:
Motor temperature
ESC temperature
Pinion size
Spur gear size
Final-drive ratio
Tire diameter
Vehicle weight
Track surface
Ambient temperature
Driving style
Monitor temperatures after initial runs and adjust gearing as necessary.
Installation Guidelines
For best results:
Mount the ESC securely in an area with adequate airflow.
Install the V10 G3 motor using compatible hardware.
Set the pinion-to-spur gear mesh correctly.
Connect the three motor phase wires.
Connect the motor sensor cable.
Connect the ESC to the receiver.
Verify battery connector polarity.
Calibrate the throttle according to Hobbywing's instructions.
Program the ESC with conservative initial settings.
Perform a low-speed test.
Monitor motor and ESC temperatures during initial operation.
Incorrect wiring, excessive gearing, or improper timing can cause overheating or component damage.
Cooling and Temperature Management
An 8.5T motor can generate significant heat, particularly when used with aggressive gearing or timing settings.
Temperature can be affected by:
Gear ratio
Track conditions
Tire diameter
Vehicle weight
Driving style
Ambient temperature
Motor timing
Boost and turbo settings
Battery characteristics
If temperatures rise excessively, reduce gearing or timing and improve airflow before continuing operation.
Maintenance
The XR10 Pro G2S is not waterproof and should be kept away from water, mud, and conductive debris.
Regularly inspect:
Motor sensor cable
Motor wires
ESC wiring
Battery connector
Solder joints
Motor mounting hardware
Cooling surfaces
Motor bearings
Keep all electrical connections secure and clean.
Benefits
8.5T V10 G3 motor provides a high-performance power level for demanding RC applications.
Sensored operation provides precise motor-position feedback and smooth throttle control.
160A continuous ESC rating provides substantial current-handling capacity.
1200A peak rating accommodates short-duration high-current loads.
2S LiPo compatibility suits many 1/10-scale performance platforms.
Advanced programming allows detailed power-system tuning.
5–7.4V, 5A BEC supports compatible receiver and servo systems.
Data logging provides useful information for setup optimization.
Competition-focused design makes the combo suitable for experienced RC drivers.
Who Is It For?
The Hobbywing XR10 Pro G2S ESC & V10 G3 8.5T Brushless Motor Combo is intended for experienced RC enthusiasts and competitive drivers who need a powerful, tunable sensored brushless system for a compatible 1/10-scale vehicle.
The 8.5T motor is substantially more performance-oriented than higher-turn stock motors, making this combo better suited to applications where strong acceleration and high RPM are desired. Proper gearing, cooling, battery selection, and ESC programming are essential for reliable operation.
Always follow the current Hobbywing product documentation for wiring, programming, battery compatibility, motor setup, and operating limits. Verify racing-class regulations before using the system in sanctioned competition.
