Mammut Blackfin Leather High Men's Winter Hiking Boots Claystone

Conquer the coldest winter days with the Mammut Blackfin Leather High, a premium winter hiking boot designed for men who demand performance, durability, and comfort. Crafted with high-quality Terracare® leather and synthetic textile, these boots offer exceptional protection against the elements while ensuring long-lasting wear. The Mammut DRYtechnology™ waterproof membrane keeps your feet dry in snow and slush, while the warm synthetic fleece lining provides cozy insulation even in temperatures down to -25°C. The Mammut gripex™ Arctic Grip outsole delivers outstanding traction on snow and ice, giving you confidence on slippery terrain. Whether you're snowshoeing, winter hiking, or tackling everyday winter activities, the Blackfin Leather High is your reliable companion.

Advantages

Superior grip on snow and ice thanks to Arctic Grip technology; durable Terracare® leather upper; waterproof and breathable DRYtechnology™ membrane; warm synthetic insulation rated to -25°C; comfortable EVA midsole for shock absorption; high-cut design provides ankle support; padded collar enhances comfort; traditional lacing ensures a secure fit.

Suitable for

• Winter hiking on snowy trails
• Snowshoeing adventures
• Everyday winter wear in cold climates
• Outdoor activities requiring reliable traction on ice

Key specifications

• Gender: Men's
• Upper Material: Terracare® Leather / Synthetic Textile
• Lining Material: Warm Synthetic Fleece
• Waterproofing: Mammut DRYtechnology™
• Insulation: Synthetic
• Outsole: Mammut gripex™ Arctic Grip
• Midsole: EVA
• Closure: Traditional Lacing
• Height: High-cut
• Comfort Temperature: Down to -25°C
• Flex Index: A3
• Last Index: Hiking
• Construction: Board Lasted
• Colour: Claystone
• Sustainability: Terracare® leather

Recommendations

For optimal performance, pair these boots with moisture-wicking socks and treat the leather regularly with a suitable waterproofing conditioner. Always allow boots to dry naturally away from direct heat sources.