RIDETECH
RIDETECH 11331010 FRONT COOLRIDE KIT FOR 63-87 C10 FOR USE W/ STOCK LOWER ARMS AIR SPRINGS BRACKETS HQ SHOCKS AND HARDWARE
- SKU:
- RID11331010
- MPN:
- 11331010
- Shipping:
- Calculated at Checkout
Description
Front Coolride Kit For 63-87 C10 For Use W/ Stock Lower Arms Air Springs Brackets HQ Shocks And Hardware
The RIDETECH 11331010 Front Coolride Kit is expertly designed to enhance the performance and ride quality of 1963-1987 C10 pickups. This comprehensive kit is engineered for use with stock lower arms, making it the ultimate upgrade for classic truck enthusiasts seeking a modern feel without losing the vintage spirit.Featuring premium air springs, this kit allows for adjustable ride height and superior load-carrying capacity, providing flexibility for varying driving conditions and preferences. The air springs deliver a smooth and comfortable ride, absorbing bumps and imperfections in the road with ease, while enhancing your truck's stability during acceleration and braking.
In addition to the quality air springs, the kit includes high-performance HQ shocks that work in perfect harmony with the air springs, ensuring optimal damping and handling. These shocks are designed to improve the overall driving experience by providing responsive steering and increased control, making your C10 both enjoyable and safe to drive.
The Front Coolride Kit comes with all necessary brackets and hardware for a straightforward installation process. This means less time spent in the garage and more time enjoying your ride on the road. The components are crafted from durable materials, ensuring longevity and reliability, which are essential for any classic vehicle restoration.
Whether you're restoring a classic C10 for casual driving or pushing it to its limits on the road, the RIDETECH Front Coolride Kit offers the perfect blend of style, comfort, and performance. Elevate your classic truck's appearance and handling with this exceptional suspension upgrade, and experience a ride like never before, blending vintage charm with contemporary automotive technology.