Login or create an account
CloseReturning Customer
I am a returning customer
Login or create an account
CloseRegister Account
If you already have an account with us, please login at the login form.
Your Account Has Been Created!
Thank you for registering with Juna Tools!
You will be notified by e-mail once your account has been activated by the store owner.
If you have ANY questions about the operation of this online shop, please contact the store owner.
Account Logout
You have been logged off your account. It is now safe to leave the computer.
Your shopping cart has been saved, the items inside it will be restored whenever you log back into your account.
Hobbywing XR10 Pro G2S ESC and V10 G3 3.5T Motor Combo
- $126.98
- Brands Hobbywing
- Product Code: HWI38020326
- Availability: In Stock
Hobbywing XR10 Pro G2S ESC & V10 G3 3.5T Brushless Motor ComboThe Hobbywing XR10 Pro G2S ESC & V10 G3 3.5T Brushless Motor Combo is a high-performance sensored brushless power system designed for demanding 1/10-scale RC applications. It combines the programmable XeRun XR10 Pro G2S ESC with a V10 G3 3.5T brushless motor, providing an aggressive power delivery profile, high RPM potential, an..
Overview of Hobbywing XR10 Pro G2S ESC and V10 G3 3.5T Motor Combo
Hobbywing XR10 Pro G2S ESC & V10 G3 3.5T Brushless Motor Combo
The Hobbywing XR10 Pro G2S ESC & V10 G3 3.5T Brushless Motor Combo is a high-performance sensored brushless power system designed for demanding 1/10-scale RC applications. It combines the programmable XeRun XR10 Pro G2S ESC with a V10 G3 3.5T brushless motor, providing an aggressive power delivery profile, high RPM potential, and precise electronic control.
The 3.5T motor is intended for experienced RC drivers and specialized high-performance applications where maximum acceleration and motor speed are priorities. The XR10 Pro G2S complements the motor with substantial current-handling capability, programmable operating parameters, and data-logging functionality.
Key Features
XR10 Pro G2S Sensored ESC: High-performance electronic speed controller for compatible 1/10-scale brushless systems.
V10 G3 3.5T Motor: Ultra-low-turn motor configuration for extreme performance applications.
160A Continuous Current: Provides substantial current-handling capability.
1200A Peak Current: Supports short-duration high-current demands.
2S LiPo Compatibility: Designed around a 2-cell LiPo power system.
Sensored Brushless Operation: Provides motor-position feedback for precise throttle control.
Programmable ESC: Allows users to adjust throttle, braking, timing, and other operating parameters.
5–7.4V / 5A BEC: Provides regulated power for compatible receiver and servo electronics.
Data Logging: Helps analyze power-system operation and setup changes.
Competition-Oriented Electronics: Intended for experienced RC enthusiasts and high-performance 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 | 3.5T |
| Vehicle Scale | 1/10 |
| Power System | Sensored Brushless |
| Primary Application | High-Performance & Competition RC |
| Typical Battery | 2S LiPo |
Specification note: Exact motor KV, dimensions, weight, rotor configuration, connectors, and included accessories can vary according to the specific V10 G3 3.5T motor SKU and product revision. Verify the exact model documentation before installation.
XR10 Pro G2S ESC
The XeRun XR10 Pro G2S is the control center of this power system. It regulates battery power and delivers controlled three-phase output to the V10 G3 motor.
With a 160A continuous current rating and 1200A peak rating, the ESC is designed for demanding applications. Its 2S LiPo input specification makes it suitable for compatible 1/10-scale platforms using a 2-cell battery.
The programmable architecture gives experienced users extensive control over how the motor responds to throttle input, braking, and timing adjustments.
V10 G3 3.5T Motor
The V10 G3 3.5T motor is an extremely low-turn configuration designed for applications where very high motor RPM and rapid power delivery are required.
A 3.5T motor is substantially more aggressive than typical 13.5T, 8.5T, 7.5T, or 6T configurations. Its performance potential makes correct gearing, battery selection, drivetrain strength, and cooling especially important.
Motor turn count alone does not determine final vehicle performance. Actual results depend on the entire RC setup, including gearing, tire diameter, vehicle weight, battery characteristics, ESC programming, and track conditions.
Sensored Brushless Technology
The XR10 Pro G2S and V10 G3 motor operate as a sensored brushless system.
Motor-position sensors provide feedback to the ESC, allowing it to regulate commutation more accurately. This can produce precise throttle response and predictable motor behavior, particularly when transitioning between low-speed operation and hard acceleration.
For experienced drivers, this level of control can be valuable when optimizing traction and power delivery.
Advanced ESC Programming
The XR10 Pro G2S provides extensive programming options for users who want to customize the power system.
Depending on firmware and programming equipment, parameters may include:
Initial throttle response
Acceleration
Drag brake
Brake strength
Motor timing
Boost timing
Turbo timing
Low-voltage protection
Other ESC operating characteristics
With a 3.5T motor, aggressive timing and boost settings should be approached carefully because they can substantially increase motor speed and heat.
BEC Output
The XR10 Pro G2S incorporates a switch-mode BEC rated at 5–7.4V and 5A.
The BEC provides regulated power to compatible receiver and servo electronics. Before changing the BEC voltage, verify that all connected components are rated for the selected voltage.
Data Logging
The ESC's data-logging capability can help experienced users evaluate actual operating conditions.
This can be useful for analyzing:
Motor temperature
ESC temperature
Battery behavior
Power-system loading
Gearing changes
Timing adjustments
Track-specific setup differences
For a high-output 3.5T system, this information can help identify excessive loads before they lead to component problems.
Suitable Applications
The combo is intended for compatible 1/10-scale RC vehicles requiring an extremely high-performance sensored brushless system.
Potential applications include:
High-performance touring cars
Specialized competition vehicles
High-speed 1/10-scale platforms
Performance-oriented RC builds
Other compatible applications requiring a very low-turn motor
Always confirm that the motor, ESC, gearing, battery, and drivetrain are appropriate for the intended chassis.
2S LiPo Power
The XR10 Pro G2S is designed for 2S LiPo operation.
Because a 3.5T motor can demand substantial current, battery selection is particularly important. The battery should be capable of supporting the system without excessive voltage sag or heat buildup.
Before connecting the battery, verify:
2S battery voltage
Discharge capability
Connector type
Polarity
Wiring condition
ESC compatibility
Sensor connection
Never exceed the ESC's specified input voltage.
Gearing Considerations
Gearing is critical with a 3.5T motor.
A taller gear ratio can increase speed but can also dramatically increase motor and ESC load. Begin with conservative gearing and monitor temperatures carefully.
Important factors include:
Pinion size
Spur gear size
Final-drive ratio
Tire diameter
Vehicle weight
Track surface
Ambient temperature
Driving style
Motor timing
Boost and turbo settings
If operating temperatures become excessive, reduce gearing or timing and improve cooling before further operation.
Installation Guidelines
For reliable installation:
Mount the ESC securely with adequate airflow.
Install the V10 G3 motor using compatible mounting hardware.
Set the pinion-to-spur gear mesh correctly.
Connect the motor phase wires.
Connect the motor sensor cable.
Connect the ESC to the receiver.
Confirm battery connector polarity.
Calibrate the throttle.
Start with conservative ESC programming.
Perform a low-speed functional test.
Monitor motor and ESC temperatures during initial runs.
Incorrect wiring, excessive gearing, poor gear mesh, or aggressive timing can cause overheating and premature component failure.
Cooling and Temperature Management
The 3.5T motor configuration can produce significant heat, especially under heavy loads or with aggressive gearing.
Temperature can increase due to:
Tall gearing
Large-diameter tires
Heavy vehicle weight
High ambient temperature
Aggressive driving
Excessive timing
Boost or turbo settings
Restricted airflow
Establish a conservative baseline setup before increasing performance parameters. Monitor temperatures regularly during operation.
Maintenance
The XR10 Pro G2S is not waterproof, so the ESC should be protected from water, mud, and conductive contamination.
Inspect the system regularly for:
Damaged sensor wires
Loose motor wires
Damaged battery connectors
Loose solder joints
Motor mounting hardware
Cooling obstructions
Bearing wear
Keep all electrical connections clean, secure, and properly insulated.
Benefits
3.5T V10 G3 motor provides an extremely aggressive low-turn configuration.
Sensored brushless operation provides precise motor-position feedback.
160A continuous ESC rating offers substantial current capacity.
1200A peak rating accommodates short-duration high-current loads.
2S LiPo compatibility matches the specified ESC power system.
Advanced programming provides extensive tuning control.
5–7.4V, 5A BEC supports compatible receiver and servo electronics.
Data logging helps with power-system analysis and setup optimization.
High-performance configuration is suited to experienced RC drivers.
Who Is It For?
The Hobbywing XR10 Pro G2S ESC & V10 G3 3.5T Brushless Motor Combo is intended for experienced RC enthusiasts and specialized performance applications that require an extremely high-output, sensored brushless power system.
The 3.5T motor is an aggressive configuration and is not generally suited to beginner setups. Proper gearing, battery selection, drivetrain compatibility, cooling, and ESC programming are essential for safe and reliable operation.
Always consult the current Hobbywing documentation for exact motor specifications, wiring, programming, battery requirements, temperature limits, and operating procedures. Verify compatibility with the intended chassis and applicable competition regulations before use.
