U Ace L1FR07121509 3D Maxpider Second Row Custom Fit All-Weather Kagu Black Floor Mat for 2009-2014 Super Cab Ford F-150 Models

U Ace L1FR07121509 3D Maxpider Second Row Custom Fit All-Weather Kagu Black Floor Mat for 2009-2014 Super Cab Ford F-150 Models

Unlike traditional all&45;weather floor liners that are heavy and rugged&45;looking&44; 3D MAXpider custom&45;fit floor mats are designed with an elegant carbon&45;fiber look&46; The digitized 3D design is made to fit the contours of your vehicle&39;s floors keeping mess and spills in check&46; The patented anti&45;skid backing keeps the mats in place without harming the original carpet&46;

Features

• Innovative three&45;layer structure engineered to protect the interior of your vehicle with style&44; safety&44; and comfort in your daily ride
• Patented MAXpider Bottom Layer keeps mats in place without harming original carpet like Fabric Hook and Eye or without leaving marks like nibs of traditional rubber floor mats
• Three dimensional designs measured to exact cabin contours of your vehicles with raised edges that give maximum coverage and protection to vehicle interior; Waterproof; effectively contain mess and spills
• Surface layer made of Thermoplastic Rubber of carbon fiber texture to complement your vehicles in the style you desired
• Semi&45;hard XPE foaming inner layer minimizes foot fatigue and provides the sound barrier for a quieter ride; yet the material is non&45;toxic and odorless

Specification

• Model&58; Ford F&45;150 2009&45;2014 Super Cab
• Type&58; Kagu
• Custom Fit&58; R2
• Color&58; Black
• Dimension&58; 32 H x 6 W x 37 L in&46;
• Weight&58; 2 lbs

Features of U Ace L1FR07121509 3D Maxpider Second Row Custom Fit All-Weather Kagu Black Floor Mat for 2009-2014 Super Cab Ford F-150 Models

3D Digitized Design Matches Each Vehicle Application | Raised Edges Give Maximum Coverage | Waterproof; Effectively Protects Vehicles Interior | MAXpider Patented Bottom Layer Keeps Mats in Place Without Harming Original Carpet. | Shock and Sound Absorbent Inner Layer