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25-311426 Bilstein 5160 Shock Absorber Rear - Nissan Titan 4WD 2017-2024 0-1.5" Lift

SKU: BIL25-311426
Mftr. Part#: 25-311426
UPC: 651860892153
Manufacturer: Bilstein Shocks
Bilstein 5160 Series Rear shock for 2017-2024 Nissan Titan XD 5.0L trucks that are either stock height or lifted up to 1.5". Backed with an aftermarket lifetime warranty.

PRODUCT DETAILS (click to expand)

PRODUCT SPECS (click to expand)

$372.60

Overview

This Bilstein 5160 Series 25-311426 Remote Reservoir Shock Absorber is custom valved for the Nissan Titan. Feature a remote reservoir that dramatically increases shock oil capacity for even greater heat dissipation and damping sensitivity.  A corrosion resistant zinc plated finish with a clear coating is used for increased protection. The mono-tube gas pressurized design keeps your vehicle handling at its peak at all times by eliminating shock fading common in hydraulic shocks.

Bilstein 5160 Series shocks are perfect for trucks and suvs that have been lifted.  The extra demands larger tires and a taller stance require more suspension performance.  Bilstein's patented digressive valving is perfect for these conditions.

Features

  • Zinc plated finish with clear coating
  • Remote reservoir for increased oil capacity
  • Specifically designed and manufactured for lifted pickups and SUVs
  • Monotube design for cooler, more efficient operation and longer life
  • 46mm piston diameter provides superior handling and performance
  • Patented digressive valving instantly reacts to changing surface conditions for maximum comfort and control on or off-road
  • Split compression and rebound valving tuned for each specific application
  • Limited lifetime warranty

Measurements

  • Extended Length (IN): 25.24
  • Collapsed Length (IN): 15.33
  • Extended Length (MM): 641.096
  • Collapsed Length (MM): 389.382

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.