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We always only pay attention to the surface in the maintenance of our car, but it is easy to overlook some very hidden places, such as the car shock absorber. It is prone to ignorance of the importanc...
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Let's talk about why we should increase the height first. Heightening the body is mainly to meet the needs of playing off-road or pan-outdoor. It can better adapt to rough roads and reduce the imp...
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Add: National Exhibition and Conference Center. Date:28 NOV.-1 Dec. 2018. Booth No.: 7.2B110
3 inch Front and 3 inch Rear Leveling Lift Kits Fit for Ford F150 4WD
[Front]:Will raise your truck 3" in the front, the ratio between lift height and kit thickness is not 1:1. The actual thickness of the kit not 3''.
[Rear]:Will raise your truck 3" in the rear,if your trucks don’t have OEM blocks, you will lift your truck 3" with our 3’’ rear blocks, but if your trucks have OEM blocks, the ratio between lift height and kit thickness is not 1:1.
Fits Ford F150 4WD
Perfectly levels the rear with the front of the vehicle. Gives a noticeably aggressive look to your truck. Provides additional fender clearance for larger tires and wheels.
Package:Normal packing.
Easy Install:Can be installed in about 1-2 hours and does not require strut/coil disassembly like other kits.
Specification of LK-113-F Leveling Lift Kits:
Part Number: LK-113-F
Front and Rear Lift Height: front 3" inch and rear 3’’
Item Weight:10.1KGS
Finish Color: Black
Position:Front+ Rear
Fitment: Ford F150 4WD
Material: Front spacer is 6061-T6 aircraft-grade aluminum billet,with heat-treated and hardened 12.9 grade bolts pre-installed and Nylon lock nuts.
Rear block is carbon steel body and 10.9 grade bolts.
This leveling lift kits will raise your front and rear of your F150 4 WD. With this kit set you can increase your vehicle's ground clearance, use larger rims and tires.
They will raise the truck by 3" in the front and 3" in the rear. When you install it to your vehicle, please note that the spacer lift height is not equal to the spacer actual thickness, owing to the suspension geometry.
