Ridetech 3.7in HQ Stud Top Assembly use with Coilovers and Shockwaves

Upgrade or replace the upper mounting hardware on your suspension system with the Ridetech 3.7-Inch HQ Stud Top Assembly, part number RID90002076. Designed for use with compatible Ridetech coilovers and ShockWaves, this assembly provides a secure connection between the shock or air spring assembly and the vehicle chassis. Its application-specific design helps support proper suspension installation and dependable performance.
The Ridetech HQ Stud Top Assembly is intended for automotive suspension applications where reliable fitment and durable mounting hardware are essential. It is suitable for use with compatible Ridetech components and should be selected according to the suspension configuration, vehicle application, and installation requirements. Verify compatibility with your existing coilovers or ShockWaves before ordering to ensure the correct top assembly is used.
Feature: Brand: Ridetech
Feature: Part Number: RID90002076
Feature: Product Type: HQ stud top assembly
Feature: Compatibility: Designed for use with compatible coilovers and ShockWaves
Feature: Application: Automotive suspension systems
Feature: Construction: Durable mounting assembly for dependable suspension installation
This Ridetech assembly is a practical replacement or installation component for builders, installers, and enthusiasts maintaining or upgrading a compatible suspension setup. Professional installation is recommended, and all mounting hardware should be inspected for proper fit, alignment, and secure fastening during installation. This product may contain materials subject to California Proposition 65 warnings; review applicable product and installation information before use.

Features:

• Brand: Ridetech

• Part Number: RID90002076

• Product Type: HQ stud top assembly

• Compatibility: Designed for use with compatible coilovers and ShockWaves

• Application: Automotive suspension systems

• Construction: Durable mounting assembly for dependable suspension installation