The standard version of the G3 ESC includes a built-in reverse connection protection circuit, effectively preventing damage to the ESC caused by accidental reverse connections. Note: The non-polarity capacitor option is able to provide reverse polarity protection for the entire power system. The standard capacitor in the ESC does not offer reverse connection protection. While reverse connection of the battery will damage the capacitor, the ESC itself with remain undamaged. The G3X version of the XR10 Pro does NOT offer any internal reverse voltage protection and will be damaged if connected incorrectly. Modified or stock? The ESC offers a choice of two options between the Modified G3 and the SPEC G3X. The standard G3 version is better suited for modified competition, delivering smoother power delivery. The G3X is ideal for stock competition, providing more aggressive power delivery. Note: The G3 version comes standard with the 13AWG wire allowing a flexible layout while the G3X version handles more current with less resistant 12AWG wire. The XR10 Pro G3 features a built-in data recording module capable of storing up to 19 groups of 20-minute data sessions, totally 380 minutes of storage. The ESC fan assembly features an improved lower center of gravity design compared to the previous XR10 Pro G2S ESC. The overall height of the ESC is reduced by 2mm (5/64"), effectively lowering the center of gravity and aiding in the car balance. The frameless fan blades are made from specialized materials, significantly increasing their rigidity. As a result, the fans are more durable and the reliability of the ESC is improved. Traditional PBT fans are more easily damaged by impacts from small stones, sand, and other small debris. The fan assembly is detachable to further reduce the ESC's center of gravity when an ESC cooling fan is not required. A Start-Stop function allows the fan to be off when the ESC does not need it and automatically activate when the ESC's temperature rises and cooling is required. The Smart Fan Start-Stop function ensures the ESC stays within its operational temperature rang and reduces power usage and noise when the fan is not needed. Note: The smart start-stop function can be disabled through the parameter settings. The OTA or LCD program box is required to read logged data. Data includes throttle, voltage, current, temperature, motor RPM, vehicle speed, and other relevant parameters. Connecting to the Hobbywing Link app allows review of the stored data logs after a run as well as the real time data output to check operational status. Two levels of parameter adjustments allows drivers to simplify some of the more common tuning items while still having complete access to all the ESC settings when needed. You can keep it as simple or as option packed as you need. he ESC contains more than 44 programmable parameters that are designed to allow for a wide range of tuning to suit any driver's needs. Updated settings include new throttle/ brake curvature, freewheeling, disc brake mode, drag brake frequency, boost timing, turbo timing, and many more. Warning: Please read the ESC manual carefully. Incorrect settings may cause damage to the ESC and motor. Freewheeling effects deceleration and overall operational efficiency to help reduce temperature. Compared to the previous XR10 Pro G2S ESC, the temperature theoretically drops by 15°C (59°F) during operation, improving overall consistency and reliability. This significant temperature reduction is especially beneficial under higher load applications. The RPM decrease rate setting offers faster deceleration off throttle, enhancing control in corners. Note: a higher RPM decrease rate results in faster deceleration when the throttle is released with Freewheeling enabled. Using an innovative close loop brake control (disc brake mode) creates a brake output that is more accurate, and more linear. This allows the feel of your brakes to be completely linear at all speeds. This mode completely solves the problem of non-linear brakes force, which is often caused by traditional braking methods due to the influence of vehicle speed. Disc Brake Mode also supports the Brake Force Curvature to fine tune the brake bias feeling. Of course, the normal Linear/Tradition braking nodes are still available. The ESC is equipped with optimized Softening 2.0 technology. The new softening 2.0 parameters enhance the driving force in the initical pase, significantly improving the drivability of the high power vehicles without losing overall speed. The ESC layout has been optimized for simplicity in wiring for on-road applications while also accommodating off-road vehicle layouts. Plus, the ESC also includes one set of U-type connectors which can easily meet various wiring requirements such as flat and diagonaly soldering. An adjustable BEC is integrated in the ESC to provide an output current with a peak of 10A. The output voltage has continuous adjustability ranging from 5.0V to 7.4V, adjustable at 0.1V per step in this range. All this meets the power requirements without any issues for both high-torque and high-voltage servos. | 
