Rebel™ By Durango® Saddle Up Western Boot

Whether you're moseying around on the farm, running errands or going out on a date, you'll want to pull on these Rebel™ by Durango® square-toe Western boots. Its distressed-looking upper has been crafted from brown full-grain leather. The fancy stitching on the shaft and toe bug stitch on the foot makes this footwear look like a traditional Western boot. The dipped topline and pull tabs are features that'll allow you to get this 12" pull-on boot on/off easily.

To make the structure of this men's boot as durable and strong as it can be, Durango made this Western with double rows of welt stitching. Internally, your feet will be comforted by the cushioned footbed; a great thing about this feature is that it's removable, this allows you to add in another insole once this one has worn down.

While you are wearing these Rebel™ by Durango® Western boots your footing will be steady and the arches of your feet will be supported, because of the tempered steel shank that has been crafted into this footwear. The outsole has been made from a combination of rubber and EVA; this blend of materials gives you a great amount of durability, comfort, flexibility and it keeps the footwear lightweight. The final addition to this Western is its 1 3/8" rebel heel, since it's low you'll be able to maintain a normal stride throughout the day.

If you have been looking for a great-looking men's boot that you can wear on a daily basis, this Rebel™ by Durango® Pull-On Western Boot could be the right choice for you!

Durango Suspension System - D.S.S:
All day comfort, flexibility and durability is guaranteed with the Durango Suspension System. Four key components are engineered together to create a lightweight design that consists of with a two-layer innersole, shank, shock absorbing EVA midsole and a high abrasion rubber outsole with a rolled shank area and rocker heel.

Oil & Slip Resistant Outsole:
Built with an outsole design and materials that help provide slip-resistance and traction on various surfaces.