Bilstein 24-286251 Rear Shock for 07-21 Tundra 4" Lift

Vehicle Fitment

• 2007-2021 Toyota Tundra (2WD/4WD, All Trims, 4.6L V8 / 5.7L V8, with 4" Rear Lift)

Features

• 46mm monotube gas pressure design for consistent, fade-free performance
• Velocity-sensitive digressive piston adapts to varying road conditions
• Designed specifically for vehicles with 4" rear lift
• Improves ride quality, handling, and comfort on or off the road
• Direct fit solution with no modifications required
• Zinc-plated finish for superior corrosion resistance
• Self-adjusting deflective disc valving for optimal performance
• Manufactured in the USA with German engineering

Specifications

• Position: Rear
• Extended Length: 29.12 inches (739.7 mm)
• Collapsed Length: 19.65 inches (499.2 mm)
• Travel: 9.47 inches (240.5 mm)
• Body Diameter: 46mm
• Body Design: Smooth Body (Non-Coilover)
• Upper Mount Type: Stem
• Lower Mount Type: Eyelet (12.4mm)
• Finish: Zinc Plated
• Reservoir: No
• Boot Included: Yes
• Country of Origin: USA

Included Components

• 1x Bilstein 24-286251 B8 5100 Series Rear Shock Absorber
• Mounting hardware (washers, bushings, nuts)

Product Description

The Bilstein 24-286251 B8 5100 Series Rear Shock Absorber is engineered to enhance the performance of lifted Toyota Tundra trucks. Utilizing a 46mm monotube gas pressure design, this shock provides consistent damping force, improving ride quality, handling, and comfort both on and off-road.

Designed specifically for vehicles with a 4" rear lift, the Bilstein 5100 Series Shock features a velocity-sensitive digressive piston that adapts to varying road conditions, ensuring optimal control during off-road driving and towing. The zinc-plated finish offers superior corrosion resistance, extending the service life of the shock in harsh environments.

Installation is straightforward with the direct fit design and included mounting hardware. Backed by Bilstein's limited lifetime warranty, the 24-286251 Shock Absorber is a reliable upgrade for Tundra owners seeking improved performance and durability.