Baffin Men's WHITETAIL II Waterproof Insulated Low-Height Outdoor Snow Boots, Full-Grain Leather Upper, Flexible Rubber Base
Origin: ImportedSole material: RubberShaft height: AnkleOuter material: LeatherBUILT TO BRAVE THE ELEMENTS - With functionality at the forefront of their design, Baffin WHITETAIL II outdoor boot for men was created to be adaptable through the most diverse weather conditions; Crafted with a rugged full-grain leather upper and a soft felt collar, these men's low-height boots deliver the perfect blend of flexibility & toughness; The boot's sturdy rubber base provides long-term reliabilitySUPERIOR INSULATION - Face winter's harsh temperatures with confidence, thanks to WHITETAIL II's Fixed-Fit multi-layer inner boot system designed to deliver maximum warmth without the bulk; A soft Thermaplush layer sits closest to the skin, delivering cozy, moisture-wicking warmth, while B-Tek Heat insulation maintains a high-loft, breathable barrier against the coldB-TEK DRY WATERPROOF TECHNOLOGY - Outfitted with B-Tek Dry Waterproof technology, the WHITETAIL II casual boots provide the highest level of water resistance; This impervious-to-water feature ensures maximum protection in wet environments, keeping your feet dry and soft, whether you're trekking through backwoods snow or navigating icy sidewalksTUNDRA RATED COLD-COMFORT - Field-tested in some of Canada's most unforgiving winter landscapes, these insulated outdoor boots for men are Tundra Rated to perform in extreme cold; Designed to handle temperatures ranging from -10 C to -30 C (14 F to -22 F), these men's winter shoes deliver serious protection during active outdoor pursuitsCOMFORT & SUPPORT - The WHITETAIL II men's hiking boot combines ergonomic design with smart materials to ensure every step feels lighter; The B-Tek Foam lining creates a supportive inner environment that adapts to the foot's shape, while the removable anti-fatigue insole offers targeted cushioning to reduce weariness over time; The iconic lacing system through strong eyelets provides structure and a tailored fit