Dee Zee Running Boards

If you are an owner of a pickup truck or SUV, upgrading it with quality accessories is always on the list of things to do. If it is lifted or just too tall to allow easy entry and egress, you can begin by purchasing and installing a set of Dee Zee running boards or nerf bars, readily available at our store. They will improve your vehicle’s functionality, allowing you to enter and exit it with greater ease, while giving it a distinct touch of style. The majority of these products are made in-house, at the company's facility in Central Iowa.

The Brite-Tread is one of the most sought-after lineups of running boards. Their time-proven design with diamond plating will look classic on just about any pickup truck or SUV. They provide lasting good looks, while being as rugged as one would expect them to be. Lightweight yet heavy-duty aluminum forms the basis for durability and strength. These running boards feature sturdy, powder-coated hardware which won’t rust or oxidize, while offering raised treading to ensure secure and solid footing. The company’s NXc line of products adds a touch of ruggedness to your crossover. They are designed with rubber grommets throughout the surface, so as to ensure greater traction under any circumstances. The boards are manufactured utilizing quality aluminum or stainless steel. They are offered in several different styling options, including black surfacing and black / chrome trim, and SS surfacing and black trim.

Dee Zee’s Rough Step line is created for greater sturdiness and durability, taking into consideration the demands of all those who require more. They are stamped out of industrial-grade steel or durable aluminum and are finished in proprietary No Rust Technology powder coating. Regardless of whether your boots are covered in mud, slush, or muck, they won’t slip on such a stamped out surface, which prevents buildup and ensures greater traction. The units are capable of withstanding any abuse while you are working or playing, thus being unequalled in their functionality.