4 Inch Lift Kit - 4-Link & FOX 2.5 Coil-Over Conversion - Ford F250/F350 Super Duty (17-19) 4WD - Diesel

4 Inch Lift Kit - 4-Link & FOX 2.5 Coil-Over Conversion - Ford F250/F350 Super Duty (17-19) 4WD - DieselMaximize the capability of your 2017 2019 Ford Super Duty diesel powered truck with this 4 inch lift kit with 4 Link and FOX 2. 5 Coil over conversion from BDS Suspension. Designed to improve stance performance and capability this kit includes everything necessary to set your truck up right with clearance for up to 37" tires. Up front the lift kit includes diesel specific FOX 2. 5 coil over shocks 4 link control arms with conversion brackets forged

5 Coil-Over mounts in factory coil bucket location

This kit includes everything nec essary to set your Ford Ranger up right with clearance for up to 33" tires

This kit includes everything necessary to set your Ford Ranger truck up right with clearance for up to 35" tires

Built to Outperform take your Ford Super Duty diesel truck to the next level with this 7-inch radius arm lift kit with FOX 2

Maximize the capability of your 2017-2019 Ford F350 Dually "DRW" Super Duty diesel powered truck with this 4-inch lift kit with 4-Link and FOX 2

This bolt-on upgrade utilizes high-strength 1/4-inch steel brackets that allow mounting of HD upper and lower control arms to correct axle positioning while limiting caster change throughout wheel travel

5-inch lift kit with FOX 2

Heavy duty steering knuckles to correct steering geometry and maintain ESC system compatibility

In the rear BDS utilizes high strength lift blocks and longer u-bolts to lift and level the stance along with rear shock relocation brackets to maintain the FOX internal bypass rear shocks

In the rear this kit includes heavy duty lift shackles and custom-tuned NX2 Nitro or FOX Performance series shocks

Rear lift block or GlideRide rear leaf spring options to level out the stance and retain load capacity

By converting the factory stamped steel radius arms over to the BDS 4-link design you are able to optimize suspension geometry for better handling characteristics while adding strength and stability