UGG Tasman II Slipper Dusted Cocoa - Suede

Yes, the UGG Tasman II Slipper features a durable rubber outsole, making it suitable for light outdoor use, such as quick errands or playing in the yard on dry days.

It is recommended to use a suede brush to gently remove dirt and a specialized suede cleaner for stains. Avoid machine washing or submerging them in water. Always air dry away from direct heat.

The UGG Tasman II Slipper features a plush sheepskin lining that provides exceptional warmth and comfort for little feet.

Due to the suede upper, these slippers are not recommended for heavy rain, snow, or muddy conditions as suede can be easily damaged by water. Consider applying a water and stain repellent for light moisture protection.

Info needed: [UGG footwear generally runs true to size. However, it's always best to consult a size chart and measure your child's foot to ensure the most accurate fit.]

The elastic side gore is incorporated into the slip-on design to make it easier for children to put the slippers on and take them off, while also ensuring a comfortable and secure fit.

The sheepskin lining is naturally thick and may feel snug at first. It will compress and conform to your child's foot over time, providing a custom fit. Ensure you have the correct size for your child's foot length.

Use a specialized suede brush to gently remove loose dirt. For deeper stains, apply a small amount of UGG-specific or a mild suede cleaner to a clean cloth and gently blot the affected area. Avoid scrubbing vigorously. Allow to air dry completely.

Regularly air out the slippers by placing them in a well-ventilated area for a few hours. For persistent odors, sprinkle a small amount of baking soda inside and let it sit overnight, then shake out thoroughly. Avoid using harsh chemical deodorizers.

While the rubber outsole provides good traction, it's designed for light indoor/outdoor use on dry surfaces. Wipe the soles clean if they accumulate dust or dirt. These slippers are not intended for use on very wet or icy conditions, where traction may be compromised.