RIDETECH 11225501 REAR HQ SHOCKWAVES FOR 1964-1972 CHEVELLE CUTLASS FOR USE W/ MOSER/GEARFX 9 INCH HOUSING PAIR OF REBOUND ADJUSTABLE SHOCK WAVES W/ 1/4 INCH AIRLINE FITTINGS AND MOUNTING BRACKETS

Experience a revolution in suspension technology with the RIDETECH 11225501 Rear HQ Shockwaves, meticulously designed for 1964-1972 Chevelle Cutlass vehicles equipped with Moser/GearFx 9-inch housing. This innovative pair of rebound adjustable Shockwaves seamlessly replaces traditional coil springs with advanced air springs, providing unmatched versatility in tuning and performance.

Engineered for optimal handling and comfort, the Handling Quality (HQ) series features single adjustable shock valving housed in durable, impact-forged monotube aluminum. This robust construction ensures leak-free operation and longevity, making it a reliable option for performance enthusiasts. With a meticulously redesigned internal setup, the Shockwave allows for precise oil control while offering 26 distinct rebound adjustments for tailored ride quality.

Versatility is at the core of the Shockwaves' design. The product is available in various stroke lengths and mounting styles, facilitating compatibility across a wide range of applications. Whether you're aiming for aggressive drag races or spirited turns on winding roads, these adjustable shocks empower you to tune your ride to perfection based on your driving conditions and preferences.

Installation is straightforward, making it ideal for both seasoned pros and automotive novices. The Shockwaves enable you to effortlessly experiment and refine settings, allowing you to find the ideal balance between comfort and performance without hassle.

Elevate your driving experience with suspension technology that prioritizes adaptability and control. By investing in the RIDETECH Rear HQ Shockwaves, you gain a significant performance edge, ensuring your vehicle handles superbly, whether on the strip or the street. This is more than just a suspension upgrade; it's a gateway to unlocking your vehicle's true potential.