Free Shipping On All Orders | Get It Fast! Get It Free!

FOX | Stage 1 | 2.0 Suspension Package Fits 2014-2017 Ford F150 With 4WD - Free  Shipping!

FOX | Stage 1 | 2.0 Suspension Package Fits 2014-2017 Ford F150 With 4WD - Free Shipping!

Fox

Regular price $1,179.50 Sale

*Special order, no returns. Usually ships within 4-6 weeks. 

The Perfect way to get your vehicle offroad ready without the need for a full lift kit.  The Fox Stage 1 2.0 Package features a pair of front FOX 2.0 adjustable coilovers for the front and a pair of 2.0 aluminum body shocks for the rear.  

This kit is perfect for the boost you have been looking for without ruining your F150s smooth factory ride.

 

Front Adjustable 2.0 Coilovers with up to 2" of Leveling
For the front of your F150, FOX gives you a set of their awesome 2.0 Adjustable Coilovers to replace the stock shocks and springs. The coilovers provide vastly improved rebound, compression, and articulation while still keeping your factory ride when you're on pavement. The coilovers feature adjustable ride height from 0" to 2", making them a great way to level out the front of your truck to get on bigger tires. They come pre-set at 2" of ride height to give you maximum leveling right out of the box. The coilovers have nitrogen-charged design with a 5/8" chrome plated and heat-treat shaft that's built for performance and reliability. These aluminum body 2.0 coilovers are wrapped in finely-tuned coilover springs that deliver a excellent performance. 2009-2015 F150 Fox 2.0 Rear Shocks


Fade-Resistant Aluminum Body Shocks
Update your truck's rear suspension with a pair of FOX 2.0 Aluminum-Body Shocks that drop right into place of your stock shocks and provide improved stability and heat dissipation. Like the coilovers up front, these shocks are made out of 6061-T6 aluminum and use an Internal Floating Piston (IFP) design to provide improved response while handling up to an extra inch of rear lift. The shock has an internal reservoir design with specially formulated oil that resists heat buildup for reduced fade.