Rainy Day Ready When the weather misbehaves, the UGG Tasman Weather Hybrid is your perfect companion. Crafted with waterproof suede and a seam-sealed construction, these hybrid slippers defy the weather in style. The cozy UGGplush wool lining adds warmth, while the slip-on design ensures easy on and off. Made from renewable sugarcane, the rain-ready outsole keeps you steady on slippery surfaces. Stride with confidence with the UGG Tasman Weather Hybrid. UGG Tasman Weather Hybrid Features: * Waterproof suede * Seam-sealed construction * Spider Rubber Pods for traction * Heat-embossed UGG logo * Permanent foam galosh * Sugarcane EVA outsole * Elastic lace: 45% recycled polyester/55% latex * Lining: 17mm UGGplush/60% upcycled wool/40% TENCEL Lyocell * Poured PU footbed: at least 50% bio-based content. Perfect for light rain and light snow. The UGG Tasman Weather Hybrid is a versatile boot designed to protect against rain and light snow, combining style with functionality. Waterproof construction with sealed seams and a suede finish protects against moisture, while elastic lacing made of recycled materials and a comfortable closure ensure a perfect fit. The interior is lined with soft UGGplush™ lining made of recycled wool and TENCEL™ Lyocell for comfort, and the molded EVA and Spider Rubber® outsoles add grip. These boots are a great choice for days with light rain or snow, providing durability and style. Colors - brown, cream Upper - suede Lining - wool Sole - rubber Low profile Waterproof suede UGGplush™ EVA foam insert Rubber outsole provides grip. Discover the perfect blend of comfort and durability with the UGG Tasman Weather Hybrid Shoes in Chestnut/Whitecap. Designed to be waterproof, these shoes keep your feet protected from the elements. The branding on the side and toggle lace system add a contemporary flair, while UGGplush wool ensures a cozy interior. The EVA outsole provides excellent grip and durability, making these shoes ideal for all-weather conditions and versatile use, combining style with functionality.