Sorel Youth Sorel Explorer III Slip-On WP snow boots dazed mauve/bleached ceramic (2101331627)

Sorel Youth Sorel Explorer III Slip-On dazed mauve/bleached ceramic is an excellent choice for young people looking for functionality and style in one. Made from high-quality suede, they guarantee durability and elegance in all weather conditions. Thanks to the insulation used, they provide thermal comfort even on the coldest days, making them an ideal solution for winter adventures.

DUOTREAD™ Technology

Sorel Youth Sorel Explorer III Slip-On dazed mauve/bleached ceramic features DUOTREAD™ technology, which ensures excellent grip and stability on slippery surfaces. The innovative outsole increases safety while moving over snow and ice, reducing the risk of slipping. This allows you to enjoy a confident stride regardless of the conditions.

Comfort of Use

The insole made of ethylene-vinyl acetate (EVA) in Sorel Youth Sorel Explorer III Slip-On dazed mauve/bleached ceramic provides exceptional comfort and cushioning. The midsole made from the same material further enhances comfort during prolonged use, minimising foot fatigue. The slip-on design allows for easy putting on and taking off, which younger users will certainly appreciate.

Waterproofing and Protection

Sorel Youth Sorel Explorer III Slip-On dazed mauve/bleached ceramic features high waterproofing, allowing for easy movement during rain or snow. The high shaft additionally protects against water entering the inside of the shoe, ensuring dryness and warmth. This reliable footwear meets the expectations of even the most demanding users.

Sorel Youth Sorel Explorer III Slip-On - features:

• Made from durable suede for an elegant appearance;
• Insulation ensuring thermal comfort in low temperatures;
• DUOTREAD™ technology enhancing grip on slippery surfaces;
• Insole and midsole made from ethylene-vinyl acetate (EVA) for maximum comfort and cushioning;
• Slip-on design for ease of use;
• High shaft protecting against water and cold;
• Waterproofing ensuring dryness during precipitation.