#24130 - MIP CVD™ Kit for Associated RC10-DS

#24130 - MIP CVD™ Kit for Associated RC10-DS

The MIP CVD™ Kit (#24130) for the Associated RC10-DS is an essential upgrade for any serious RC racer or hobbyist aiming to elevate the performance of their vehicle. This precision-engineered kit replaces the stock dogbone-style driveshafts with MIP's Constant Velocity Drives (CVDs), offering several key advantages:

Product Highlights:

1. Smoother Power Transfer: The CVD design ensures constant velocity and power delivery to the wheels, eliminating the binding and jerky motion often experienced with traditional driveshafts, resulting in a much smoother ride.

2. Enhanced Durability: Built from high-quality materials, the MIP CVD kit is designed to withstand the rigors of high-speed driving, jumps, and rough terrain, making it ideal for racers and bashers alike.

3. Reduced Wear and Tear: The kit significantly reduces drivetrain wear, which prolongs the life of your RC10-DS by minimizing friction between the moving parts.

4. Improved Handling and Stability: With CVDs in place, your RC vehicle will have more consistent handling, even under high-torque situations, giving you better control and responsiveness on the track.

5. Easy Installation: This kit is designed as a direct replacement for the stock driveshafts, making installation straightforward and hassle-free for users of all experience levels.

If you're serious about racing or simply want to improve the overall performance and durability of your Associated RC10-DS, the MIP CVD Kit is a no-brainer. It offers smoother acceleration, better handling, and enhanced durability, giving you a competitive edge on the track. Whether you're racing at high speeds or tackling challenging off-road conditions, this upgrade ensures your RC10-DS performs at its best. Plus, with MIP's reputation for precision engineering and quality, you're investing in a product that's built to last.

This kit is perfect for anyone looking to push their RC10-DS to the next level, delivering noticeable improvements in performance and control with minimal effort.