Men's Alpha Evolution 17" Mossy Oak Original Bottomland
Men's Alpha Evolution 17" Mossy Oak Original Bottomland
Tough. Versatile. Built in the USA. Ready to cross frigid streams, stand tall in the trees, and tackle chores in the backyard, our USA-built Alpha Evolution is the outcome of over a hundred years of experience crafting durable, hardworking rubber footwear. It’s outfitted with a Vibram® outsole and premium features for long-lasting comfort, waterproofing, and durability. SPECIFICATIONS Style 376212 Weight 5.3 lbs per pair Height 17" Color Camo Camo Pattern Mossy Oak® Original Bottomland Insulation Non-Insulated Closure Slip-On Manufacturing Made in USA with Imported Components Liner Jersey Lining Waterproof Shank Fiberglass Footbed Polyurethane Outsole Vibram EVO Trac Last Type JBJR Traction Best for Mud, Snow Country of Origin United States MADE IN USA WITH IMPORTED COMPONENTS We source the best materials from around the world. Partial boot construction is done overseas and then shipped to be completed in our Portland, Oregon factory. Once in our factory, the boot uppers are prepared and attached to the outsoles. We then treat, clean, inspect, and waterproof-test them. This manufacturing process allows us to offer premiere rubber styles made in our USA factory. ALPHA CONSTRUCTION Built with hand-laid premium, natural rubber over insulating neoprene for durability, flexibility and complete waterproof protection. MADE IN USA The Alpha Evolution is the outcome of over a hundred years of experience crafting durable, hardworking rubber footwear — and it’s proudly made in USA with imported components. COMFORT LINER Quick drying and moisture wicking, our jersey knit liner will keep your feet dry and comfortable. NEOPRENE GUSSET Durable, neoprene gusset accommodates different calf sizes and makes it easy to slide the boot on and off. EVA MIDSOLE We use a rubberized EVA midsole that delivers superior cushioning and shock absorption underfoot. VIBRAM® XS TREK The non-marking, technical compound in Vibram® XS TREK allows for optimal traction on wet surfaces in addition to responsiveness on unpredictable terrain.