Bilstein B8 5160 Front and Rear Remote Reservoir Shock Kit
This four-shock package pairs Bilstein 25-311792 front shocks with 25-311785 rear shocks for compatible 2005–2016 Ford F-250 and F-350 Super Duty 4WD applications. The front and rear shocks accommodate different existing suspension heights.
Included components
- Two 25-311792 front remote reservoir shocks — fit 2–2.5 inches of existing front lift on the listed applications
- Two 25-311785 rear remote reservoir shocks — accommodate 0–2 inches of existing rear lift on the listed applications
Vehicle fitment
For compatible 2005–2016 Ford F-250 / F-350 Super Duty 4WD configurations in both manufacturer application tables. Confirm the exact year, trim, drivetrain and application notes for each part before ordering. Both components list compatible applications within this year range; a model-year match alone does not establish compatibility with every configuration.
Suspension-height compatibility
The listed lift ranges describe the suspension heights these shocks accommodate. They do not raise or level the truck. A 2–2.5-inch front level does not imply the same rear lift: select the package only when actual rear lift is within the listed 0–2-inch range.
This is a front-and-rear shock package, not a single rear shock or a complete lift kit. Springs, spacers, lift blocks and other lift-producing components are not listed as included.
Remote reservoir design
Bilstein B8 5160 shocks combine monotube construction with remote reservoirs for additional oil capacity and heat dissipation. Velocity-sensitive digressive damping is tuned to the application to help control suspension movement over changing road and trail surfaces.
Manufacturer fitment and installation references
- Front 25-311792 specifications and exact application table
- Rear 25-311785 specifications and exact application table
- Front installation instructions (PDF)
- Rear installation instructions (PDF)
Follow the supplied mounting and reservoir-routing instructions and check clearance through suspension travel before use.