NX2 Steering Stabilizer Shock - 23.9 x 14.3 - EB1/EB1

NX2 Steering Stabilizer Shock - 23.9 x 14.3 - EB1/EB1Upgrade your vehicle with BDS NX2 Nitro Series Steering Stabilizer shocks for high end performance at an affordable price. They use a pressurized nitrogen charged twin tube design with 10 stage velocity sensitive valving for lightning fast dampening adaptive to whatever terrain you traverse on or off road. The 2 inch bodied shocks use a large 1 3 8 inch fluon banded piston self lubricating seals and a 14mm hardened chrome shaft to help resist rock

Increase ground clearance on your 2005-2007 Ford F250 and F350 Super Duty gas truck with this 4-inch lift kit from BDS Suspension

Prevents harsh bottom outs

Level out and take your RAM 2500 Power Wagon truck with this 2-inch lift kit from BDS Suspension

In the rear this kit utilizes a high-strength fabricated lift block longer u-bolts and a matching set of NX2 Nitro or FOX 2

Along with the control arms a pair of indexed cast steel torsion bar keys are supplied upfront to lift the vehicle and a small differential relocation kit is supplied to correct CV axle operating angles without affecting ground clearance

The rear kit utilizes Glide-Ride coil springs for maximum travel stainless braided brake line rear track bar relocation bracket BDS ultimate sway bar disconnects for the most possible articulation and heavy duty front upper adjustable and fixed length lower control arms

Heavy duty 4-link arms improve strength handling and caster control

HD Radius Arms

T hey include a remote reservoir for additional fluid capacity to keep your shocks running cool so you can push the limits in the rough terrain

Based on FOX race products the shocks have been redesigned to transform your BDS-equipped truck into a formidable off-road machine delivering a predictable ride and capable of handling the roughest conditions with fade-free performance

Easy 100% Bolt On installation

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