25-311921 Bilstein 5160 Shock Absorber Front - Dodge Ram 6.7L Cummins 3500 4WD - 2013-2023 Lifted 2"-2.5"

Overview

Replace the worn out or leaking shock absorbers on your truck with the Bilstein 25-311921 B8 5160 Series Shock Absorber. Bilstein B8 5160 remote reservoir shock absorbers are designed as a direct fit solution for lifted trucks and SUV's. The remote reservoir will offer increased cooling capacity and wheel travel to optimize overall performance compared to a traditional shock absorber. These shock absorbers feature a monotube design for consistent fade free performance and utilize velocity sensitive digressive valve settings which are tuned for each specific application. Each shock absorber is fitted with a unique 360-degree swivel banjo hose fitting, providing a clean, low-profile installation. B8 5160 remote reservoir shock absorbers will increase overall durability of your vehicle allowing you to conquer the harshest of off-road environments.

Features

• Zinc Plated Finish
• Monotube Construction
• Fade Free Performance
• Digressive Piston
• 360 Degree Swivel Fitting
• Remote Reservoir

Application Notes

• 4WD Only; For Front Lifted Height: 2-2.5"

Specifications

• Collapsed Length 15.04in
• Extended Length 22.68in
• Collapsed Length 382.0mm
• Extended Length 576.0mm
• Reservoir - Yes
• Billet Reservoir Clamp Included - Yes
• Body Design Smooth Body Non-Coilover
• Body Diameter 46mm
• Spring Seat Included No
• Adjustable Damping Non-Adjustable
• Quantity per Vehicle 2
• Position Front 

Note: *Lift Height is suggested by mfg. Due to the many different aftermarket suspension systems it is recommended that a measurement is taken for proper application. A pin to eye shock is measured from the base of the stem where the mounting hardware rests to the center of the eyelet. Shock Absorbers sold individually.

Note

Due to the variety of aftermarket suspension systems, it is recommended to take precise measurements to ensure proper shock fitment. For a pin-to-eye shock, the correct measurement should be taken from the base of the stem, where the mounting hardware rests, to the center of the eyelet.