Bilstein 6112 0-2.5 Assembled Front Lift Coilovers with 0-2″ Rear 5160 Shocks for 2019-2023 Ford Ranger 4WD/2WD

Description
Bilstein 6112 0-2.5 Assembled Front Lift Coilovers with 0-2″ Rear 5160 Shocks for 2019-2023 Ford Ranger 4WD/2WD

Bilstein 6112 0-2.5 Assembled Front Lift Coilovers with 0-2″ Rear 5160 Shocks for 2019, 2020, 2021, 2022, 2023 Ford Ranger 4WD/2WD

Part: 47-294301-ASBSR

Includes: 2 Front Assembled Coilovers (47-294301 – Bilstein Shocks and Coils Assembled with new top mounts, bushings, hardware), 2 Bilstein 5160 0-2″ Lift Rear Shocks with Remote Reservoirs 24-294225

Bilstein B8 6112 leveling kits are designed to provide more ground clearance, allow for larger tires, and increase wheel travel. Multiple snap-ring grooves in the body allow for different spring seat positions, providing 0-2.75 inches of front lift (depending on application). These kits consist of (2) 60mm shock absorbers combined with (2) custom matched cold wound coil springs and (2) billet aluminum spring seats. The large 60mm digressive piston allows for increased damping control for optimal on-road and off-road capabilities. Experience the legendary Bilstein off-road experience with the best direct fit spring and shock kit for your light truck or SUV.

Rear Shocks:

Bilstein B8 5160 remote reservoir shock absorbers are designed as a direct fit solution for lifted trucks and SUVs. 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 and an attractive billet reservoir mount where applicable 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.