Thorogood 1957 Series 6″ Briar Pitstop Moc Toe MAXwear Wedge™ Boot #814-3600
Thorogood 1957 Series 6″ Briar Pitstop Moc Toe Waterproof Work Boot
Step into timeless American style with the Thorogood 1957 Series 6″ Briar Pitstop Moc Toe Waterproof Work Boot, a re-issued classic that blends mid-century heritage design with modern performance. Crafted from rich Briar Pitstop full-grain leather, this boot pairs seamlessly with workwear or casual outfits while delivering the durability and protection needed on today’s job sites.
Built to last, these boots feature Goodyear storm welt construction for long-lasting wear and easy resoling over many years of use. The MAXWear Wedge™ outsole provides reliable slip-resistant traction on surfaces like mud, grass, and concrete, while a waterproof, breathable membrane and soft lining help keep your feet dry and comfortable in wet conditions. The removable Ultimate Shock Absorption™ footbed molds to your foot for personalized all-day comfort, and a lightweight composite shank supports natural stride and stability.
Proudly made in the USA with USA and globally sourced components, the 1957 Series boot combines classic craftsmanship, timeless style, and modern work-ready performance.
Key Features
-
6″ Moc Toe Work Boot—Classic silhouette with mid-century inspiration and modern construction
-
Briar Pitstop Full-Grain Leather Upper—Rugged, durable leather with rich character and long-lasting wear
-
Waterproof, Breathable Membrane—Helps keep feet dry in wet or muddy conditions
-
Goodyear Storm Welt Construction—Durable build with easy resoling for extended life
-
MAXWear Wedge™ Outsole—Slip-resistant traction on varied surfaces
-
Removable Ultimate Shock Absorption™ Footbed—Adaptive cushioning for all-day comfort
-
Lightweight Composite Shank—Supportive underfoot structure for stability
-
Made in the USA—Crafted with quality domestic and globally sourced materials
-
Work-Ready Comfort & Style—Versatile for both jobsite and casual wear
-
Electrical Hazard (EH) Rated—Secondary protection in energized environments
