Ugg Women's Adirondack III Tall Boot

Description

It features a leather and suede upper combined with DryTech bootie construction, making it entirely waterproof. It features a premium leather and suede upper combined with DryTech bootie construction, making it entirely waterproof. It features a leather and suede upper combined with DryTech bootie construction, making it entirely waterproof. A molded Spider rubber outsole grips wet and icy surfaces. Inside, this boot has a cozy UGGpure wool lining. A 200g insulation filling ensures your feet remain warm in frigid conditions to -32? The dual-density EVA midsole offers plenty of support. Non-wicking nylon lacing prevents freezing. A molded Spider rubber outsole grips wet and icy surfaces. The distinct 12” shaft height includes a wool cuff for style, preventing snow infiltration. Tall for your Winter Needs.The women’s ADIRONDACK III Tall Boot is a refined wool-cuffed winter essential, updated to perform in harsh snowy weather. It features a leather and suede upper combined with DryTech bootie construction, making it entirely waterproof. A molded Spider rubber outsole grips wet and icy surfaces. The dual-density EVA midsole offers plenty of support. Inside, this boot has a cozy UGGpure wool lining. A removable imprint sole, which is also lined with pure wool, improves your comfort and this boot’s thermal capacity. The distinct 12” shaft height includes a wool cuff for style, preventing snow infiltration. Non-wicking nylon lacing prevents freezing.

Key Features

• The distinct 12” shaft height includes a wool cuff for style, preventing snow infiltration.
• The dual-density EVA midsole offers plenty of support.
• Tall for your Winter Needs.The women’s ADIRONDACK III Tall Boot is a refined wool-cuffed winter essential, updated to perform in harsh snowy weather.
• It features a leather and suede upper combined with DryTech bootie construction, making it entirely waterproof.
• A molded Spider rubber outsole grips wet and icy surfaces.
• Non-wicking nylon lacing prevents freezing.