Racing Differential Helical Gears Set, 14T Hardened Steel Helical Gear Set Compatible with Axial SCX24 Car

Specification: Name: Racing Differential Helical Gears Set ​Material: Hardened Steel Size: As shown Model: 12T, 13T, 14T, 16T (Optional) Colour: Black Package Included: 1 * Racing Differential Helical Gears Set

• Superior Materials: The gears are made from high-grade, high-strength hardened steel and undergo a special heat treatment process, giving them excellent wear resistance and fatigue resistance. They can withstand the high torque and frequent impact loads generated during intense driving, ensuring reliability during long-term use and reducing the frequency of repairs and replacements
• Gear Design: The gears feature a helical gear structure, which provides smoother meshing compared to straight gears, effectively reducing noise and vibration during operation. Additionally, the higher overlap of helical gears ensures more continuous and efficient power transmission, minimising power loss and enhancing the race car's acceleration performance, fuel efficiency, and energy utilisation efficiency
• Tooth Count Design: 12T gear is suitable for achieving faster acceleration on high-speed tracks; 13T gear achieves a good balance between speed and torque and is suitable for various comprehensive tracks; 14T gear focuses on providing greater torque output to meet the needs of competitions such as rally that require strong traction; 16T gear is specially designed for high-torque power systems such as electric racing cars to effectively handle the high torque generated by the motor
• Multiple Specifications: Four different tooth count options are available: 12T, 13T, 14T, and 16T helical gear sets, catering to the differential requirements of various race cars under different track conditions and power output characteristics. Whether it's high-speed circuit racing or rally racing requiring high torque, the appropriate tooth count combination can be found to achieve precise power distribution
• Wide Application: The helical gear set has extremely high versatility and is widely used in various racing events and vehicle models. In formula racing, appropriate tooth counts can be selected based on different track characteristics to help racing cars perform at their best in high-speed corners and straightaways; in touring car races, they can adapt to diverse track layouts and vehicle tuning requirements; for rally cars, they can handle complex road conditions and frequent torque changes