FloorLiner^™ DigitalFit^®

In the quest for the most advanced concept in floor protection, the talented designers and engineers at MacNeil Automotive have worked tirelessly to develop the most advanced DigitalFit^® floor protection available today!

The WeatherTech^® FloorLiner^™ DigitalFit^® accurately and completely lines the interior carpet giving "absolute interior protection^™"! The WeatherTech^® FloorLiner^™ DigitalFit^® lines the interior carpet up the front, back, and even up the sides of the vehicle's footwell. Digital laser measurements of interior surfaces offer a consistently perfect fit!

A patent-pending High-Density Tri-Extruded (HDTE) material allows for a rigid core for strength while offering surface friction to the carpet, as well as a tactile feel to the surface! Advanced surfacing creates channels that carry fluids and debris to a lower reservoir with further channeling to help minimize fluid movement while driving! Once fluids become trapped in the reservoir, away from shoes and clothing, they are easily removed from the WeatherTech^®FloorLiner^™ DigitalFit^® over the door sill. No muss-no fuss!

WeatherTech^®, where Technology and All Weather Protection meet!

Helps Protect Resale Value

Front FloorLiner^™ DigitalFit^® protects resale value too! Simply put, the cost of owning a vehicle is the difference between what you pay for it and what you sell it for. There are many factors that influence resale value; miles, exterior condition, maintenance history, and of course interior condition. FloorLiner^™ DigitalFit^® is proudly designed, engineered and manufactured with American made tooling in the USA.

FloorLiner^™ DigitalFit^® is designed for vehicles with factory carpets installed when manufactured. They will not fit vehicles with vinyl floors unless otherwise specified. Please take your old floor mats out before installing your new WeatherTech^® FloorLiner^™ DigitalFit^®.

Please note that the on-screen color representations are not necessarily precise representations of actual product colors due to variance in monitor calibrations.