In the heart of a snowy forest, every step echoes like a gentle winter melody. With the Moab Speed 2 Thermo Mid WP SPK from Merrell, your feet stay warm while being perfectly protected. These technological marvels combine the elegance of a suede and ripstop nylon upper with a waterproof membrane. The result: not a drop of water gets into the shoe, and moisture evaporates as if by magic.
Are you wondering what makes these shoes so special? The 200 g Primaloft® Gold Eco insulation wraps your feet in cozy warmth, like a fireplace on a winter's night. And what about the Solarcore® Aerogel insole! It offers superior thermal protection while remaining as thin as a sheet of music paper.
Whether you're a seasoned adventurer or a curious novice, these shoes turn every hike into a true pleasure. No more choosing between comfort and performance; with Merrell, winter becomes your favorite playground. So, ready to take giant steps in the snow?
The waterproof membrane prevents water from entering while wicking away moisture
Waterproof coated leather and ripstop upper
100% recycled laces
90% recycled canvas
Padded collar
Gusseted tongue to keep debris out of the shoe
Abrasion-resistant leather heel and toe protection
Gaiter D-ring
Metallic elements
100% recycled breathable mesh lining
200 g PrimaLoft® Gold Eco Series synthetic insulation
Solarcore® insulation offers the thermal advantages of aerogel, the same material NASA uses to insulate spacecraft, providing top thermal performance in a flexible, breathable, and low-profile form, offering optimal performance for cold weather activities.
Footbed covered with 100% recycled mesh
Cleansport NXT treatment for natural odor control
The SOLARCORE® Aerogel insole offers superior warmth underfoot while being extremely flexible and ultra-thin
Removable footbed made of 5% recycled PU
Protection plate
FloatPro™ foam midsole for lightweight and durable comfort
The Vibram TC5+ outsole offers exceptional grip for multi-sport outdoor activities, exclusively formulated for Merrell
Its lugs increase traction on slippery, loose, and icy surfaces