Bilstein 5125 Series Lifted Truck 295mm Shock Absorber - 33-230399

Bilstein B8 5125 shock absorbers are designed for custom applications and are a perfect solution for vehicles that do not have a direct Bilstein fitment. These high gas pressure monotube shock absorbers are sold by various lengths and valve rates to...

Bilstein 5125 Series Off-Road 9in Lift Truck 46mm Monotube Shock Absorber - 33-230320

Bilstein B8 5125 shock absorbers are designed for custom applications and are a perfect solution for vehicles that do not have a direct Bilstein fitment. These high gas pressure monotube shock absorbers are sold by various lengths and valve rates to...

Bilstein 5160 Series 00-06 Toyota Tundra Rear 46mm Monotube Shock Absorber - 25-243734

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...

Bilstein 5160 Series 00-14 Chevrolet Tahoe / 07-13 Chevy Avalanche Rear 46mm Monotube Shock Absorber - 25-325072

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...

Bilstein 5160 Series 03-14 Toyota 4Runner / 07-14 FJ Cruiser Left Rear 46mm Monotube Shock Absorber - 25-313154

Bilstein B8 5160 Classic 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...

Bilstein 5160 Series 03-14 Toyota 4Runner / 07-14 FJ Cruiser Right Rear 46mm Monotube Shock Absorber - 25-313130

Bilstein B8 5160 Classic 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...

Bilstein 5160 Series 04-08 Ford F-150/06-08 Lincoln Mark LT Rear Shock Absorber (Lifted Ht 0-2in) - 25-325065

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...

Bilstein 5160 Series 04-08 Ford F-150/06-08 Lincoln Mark LT Rear Shock Absorber - 25-255065

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...

Bilstein 5160 Series 04-15 Nissan Titan 4WD Rear Shock Absorber - 25-311396

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...

Bilstein 5160 Series 04-15 Nissan Titan Rear 46mm Monotube Shock Absorber - 25-270198

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...

Bilstein 5160 Series 05-15 Nissan Xterra Rear 46mm Monotube Shock - 25-277227

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...

Bilstein 5160 Series 05-15 Toyota Tacoma Rear Right 46mm Monotube Shock Absorber - 25-242539

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...