3 Inch Lift Kit w/ Radius Arm - Ford F250/F350 Super Duty (20-22) 4WD - Diesel

3 Inch Lift Kit w/ Radius Arm - Ford F250/F350 Super Duty (20-22) 4WD - DieselLevel out and take your Ford Super Duty diesel powered truck with this 3 inch radius arm lift kit 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 35" tires. Up front the lift kit includes diesel specific Pro Ride coil springs heavy duty replacement radius arms high strength 1 3 8 inch solid steel track bar for steering correction sway

5 coil-over shocks heavy-duty radius arm drop brackets forged drop pitman arm and track bar bracket for steering correction sway bar relocation brake line brackets and precision tuned FOX secondary shocks

5-inch lift kit with 4-Link conversion from BDS Suspension

Also for the rear is a u-bolt flip kit for max clearance and precision tuned NX2 Nitro or FOX 2

Designed to be used with a 4-inch lift kit the BDS rear sway bar link kit will improve handling and prevent body roll

Finished in a durable textured black powder coat finish

25-inch OD x 1/8-inch wall steel tubing with durometer specific polyurethane bushings on each end

A critical part of your vehicle's suspension BDS coil springs support the weight of your truck's body and chassis while your suspension wheels and tires follow changes in road surface

Update the style of your 1973-1976 Chevy and GMC 1/2 ton truck or SUV with this 6-inch lift kit from BDS Suspension

Enhance the handling of your 1988-1998 Chevy or GMC 1500/2500 truck by installing a BDS dual steering stabilizer mounting kit with NX2 shocks

In the rear this kit utilizes high strength steel lift blocks along with add-a-leaf springs heavy duty air bag spacers u-bolts and a matching set of NX2 Nitro or FOX Performance shocks

All mounting hardware is included for simple bolt on installation on your RAM HD

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