Bilstein B4 OE Replacement Suspension Shock Absorber

Fitment: 1998-2003 Mercedes-Benz CLK320

Part #: 24-018579

Overview

The Bilstein B4 OE Replacement Suspension Shock Absorber is engineered specifically for the 1998-2003 Mercedes-Benz CLK320, providing a direct replacement that restores your vehicle’s original ride quality and handling characteristics. Designed for drivers who want to maintain the factory driving experience, these shocks help ensure a smooth, comfortable ride while supporting optimal safety and stability. Whether your existing dampers are worn or you’re performing routine maintenance, the B4 OE shocks are an ideal choice for preserving your vehicle’s factory performance and ride comfort.

Key Features

Designed to match the original equipment specifications, the Bilstein B4 OE Replacement Shock Absorbers feature high-quality materials and precise engineering to deliver reliable performance. These shocks are constructed with durable, corrosion-resistant components to withstand daily driving conditions. The monotube design ensures consistent damping performance and heat dissipation, helping to maintain ride quality over time. Easy to install, they provide a seamless fit and restore your vehicle’s handling, comfort, and safety standards without the need for modifications.

Construction & Design

The Bilstein B4 OE shocks utilize a monotube design with a corrosion-resistant coating, ensuring durability and long-lasting performance. The precise engineering and high-quality materials help maintain original ride height and handling characteristics, matching the factory specifications for a seamless replacement.

Installation & Fitment

These shocks are designed for straightforward bolt-on installation, compatible with the 1998-2003 Mercedes-Benz CLK320. Proper fitment should be verified against your vehicle’s details and the part number provided.

What’s Included

The package includes one pair of front or rear shock absorbers, ready for installation to restore your vehicle’s original ride quality and handling performance.