I bought my 3rd pair of boots and in four weeks the had a flaw. I took a photo and reached out to them and within two days they were sending me a brand new
pair no questions asked. No other company would’ve done this. They would have wanted to try and fix it. Thank you Brunt.
Jared R. W.
Verified Buyer
12/20/25
Rated 5 out of 5 stars
Good fit, true to size.
Great right out of the box. Good construction, breaking in didn’t take too long at all. Would definitely buy again!
Jacqueline M. W.
Verified Buyer
12/15/25
Rated 5 out of 5 stars
Work boots for my son
He is delighted. Hours outdoors in the Northern cold and indoors doing heavy lifting event work.
Gregg
Verified Buyer
12/11/25
Rated 5 out of 5 stars
First time buyer
Long time chip wearer, but I feel the quality has really fallen off. I have heard nothing but good things about brunt. I will surly put them to the test! It's nice to see a local working man, make stuff for the working man!
Tim G.
Verified Buyer
11/15/25
Rated 5 out of 5 stars
Amazing
Love the comfort n very sturdy
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Frequently Asked Questions
Because of their reinforced build, welted boots are built to take a beating and they provide a higher degree of stabilization for your foot and ankle which makes navigating uneven footing much easier. And because of the mechanical bond created in the welting process, a Goodyear welt has best-in-class waterproofing, plus a resoleable design that allows you to replace the outsole to extend the overall life of the boot.
When it comes to a welted boot, think uneven terrain and unpredictable conditions. A welted boot is incredibly durable by nature and is best suited for heavy-duty jobs. To name a few specific trades who would benefit from a welted boot: road workers, commercial builders, pipefitting and welding, resource extraction, railroad, linemen, and waste workers.
A Goodyear welted work boot features an additional midsole layer that’s built into the boot to create torsional rigidity for additional stability and durability. This welt is formed by connecting the upper part of a shoe to the midsole of the shoe in a three step process: stapling the upper to the insole, stitching the upper to the insole, and then stitching the upper and the midsole together. This physical entanglement of fibers creates a very strong mechanical bond between the two main parts of the shoe, and provides a very durable build with a high degree of waterproofness. It also allows the outsole of the boot to be replaced—or “resoled”—after extended periods of hard use.
