Bilstein B6 4600 Rear Shock Absorber for Dodge Ram 2003-2012 24-186094

The Bilstein B6 4600 Rear Shock Absorber is engineered specifically for the Dodge Ram models produced between 2003 and 2012, providing superior damping performance and enhanced vehicle stability. Designed to replace factory shocks, this absorber is ideal for heavy-duty applications, ensuring improved handling on both paved and unpaved surfaces. With Bilstein’s renowned technology, this shock delivers optimal performance under the most demanding conditions.

One of the standout features of the B6 4600 is its mono-tube design, which allows for better heat dissipation compared to twin-tube shocks. This results in consistent performance, even during prolonged use in rugged conditions. The shock absorbers are built with a high-pressure gas charge that minimizes fade and maintains optimal performance, ensuring that the vehicle's handling and ride quality remain uncompromised during heavy loads or rough terrains.

The construction of the Bilstein B6 4600 includes a robust piston and a durable seal, which together enhance the shock's longevity and reliability. With a focus on durability, these rear shock absorbers are designed to withstand wear and tear, ensuring they provide a long service life. Additionally, they significantly reduce body roll and enhance traction, thereby improving overall safety and comfort during your drive.

FITMENT:

This rear shock absorber is specifically compatible with Dodge Ram models from 2003 to 2012. It is tailored to fit perfectly, ensuring a hassle-free installation process and compatibility with your vehicle's existing suspension setup.

Key Features & Benefits

• Designed for Dodge Ram 2003-2012 models, ensuring compatibility and performance.
• Mono-tube construction provides superior heat dissipation and performance under heavy loads.
• High-pressure gas charge reduces fade, maintaining performance over time.
• Durable seal and robust piston enhance longevity and reliability.
• Improves body roll control, enhancing traction and safety during drives.