


Source : HOBBYWINGDate : 28th Oct 2025
HOBBYWING proudly introduces the all-new XeRun XR10 PRO Legacy, a competition-grade ESC engineered for victory. It’s suitable for various Modified and Stock competition applications such as 1/10th on-road and 1/10th off-road, this ESC is powered by a advanced 32-bit M4 processor, delivering unmatched performance and precision.
Equipped with a high-performance 32-bit M4 processor, the XR10 PRO Legacy ESC significantly enhances data processing capabilities. Experience faster response times, expanded computational capacity, and pinpoint accuracy, all while offering potential for future functional optimizations and firmware upgrades.

The RC Car ESC incorporates HOBBYWING's patented Softening function, which intelligently smoothens initial power delivery. This patented technology dramatically improves drivability and traction control, giving drivers a decisive advantage in high-speed Modified racing.
With a BEC capable of up to 10A maximum current and adjustable voltage output from 5.0V to 7.4V (precise in 0.1V steps), the XR10 PRO Legacy ESC effortlessly supports high-torque, high-voltage servos, ensuring consistent and reliable power under demanding conditions.

• Intelligent Fan Start and Stop: When the ESC temperature is low, the fan does not work; when the ESC temperature reaches the threshold, the fan automatically turns on.
• Efficiency Optimized: Minimal noise and power consumption allow the ESC to maintain an ideal operating temperature.
• Built-in Protection: Reverse polarity protection prevents damage caused by accidental battery misconnection.

Connect via OTA to access seamless tuning and analysis through the mobile app:
• Adjust parameters, read data, and update firmware wirelessly.
• Enable real-time data logging to monitor throttle input, voltage, temperature, and RPM and other data.
• The built-in memory stores data, allowing detailed post-race analysis with HW Link App.
Note: Due to Bluetooth transmission limits, the effective range is approximately 5 meters.




Source:HOBBYWINGDate: 28th Oct 2025
HOBBYWING proudly introduces the all-new XeRun XR10 PRO Legacy, a competition-grade ESC engineered for victory. It’s suitable for various Modified and Stock competition applications such as 1/10th on-road and 1/10th off-road, this ESC is powered by a advanced 32-bit M4 processor, delivering unmatched performance and precision.
Equipped with a high-performance 32-bit M4 processor, the XR10 PRO Legacy ESC significantly enhances data processing capabilities. Experience faster response times, expanded computational capacity, and pinpoint accuracy, all while offering potential for future functional optimizations and firmware upgrades.

The RC Car ESC incorporates HOBBYWING's patented Softening function, which intelligently smoothens initial power delivery. This patented technology dramatically improves drivability and traction control, giving drivers a decisive advantage in high-speed Modified racing.
With a BEC capable of up to 10A maximum current and adjustable voltage output from 5.0V to 7.4V (precise in 0.1V steps), the XR10 PRO Legacy ESC effortlessly supports high-torque, high-voltage servos, ensuring consistent and reliable power under demanding conditions.

• Intelligent Fan Start and Stop: When the ESC temperature is low, the fan does not work; when the ESC temperature reaches the threshold, the fan automatically turns on.
• Efficiency Optimized: Minimal noise and power consumption allow the ESC to maintain an ideal operating temperature.
• Built-in Protection: Reverse polarity protection prevents damage caused by accidental battery misconnection.

Connect via OTA to access seamless tuning and analysis through the mobile app:
• Adjust parameters, read data, and update firmware wirelessly.
• Enable real-time data logging to monitor throttle input, voltage, temperature, and RPM and other data.
• The built-in memory stores data, allowing detailed post-race analysis with HW Link App.
Note: Due to Bluetooth transmission limits, the effective range is approximately 5 meters.
