HEYDUDE Wally Low Shoes - Grey - 13 UK

Currently unavailable

Currently unavailable
The HEYDUDE Wally Low Shoes are designed for adults seeking a lightweight, versatile footwear option for travel or everyday use. These shoes offer exceptional comfort through their signature Flex & Fold system and breathable cotton construction, though users who typically wear half sizes should note that they should size up for the best fit.
| Age Group | adult |
|---|---|
| Colour | Grey |
| Gender | Male |
| Material | Cotton |
| Shoe Size UK | 13 |
| Shoe Type | Low Shoes |
| Series | Wally |
| Model Part Number | 40375-029-M14 |
| Brand | HEYDUDE |
Yes, they are machine washable on a cold cycle. Always remove the memory foam insoles and air dry the shoes afterward.
Yes, it is recommended to select the next size up to ensure an optimal fit.
Yes, the memory foam insoles are removable for cleaning or to accommodate custom orthotics.
These shoes are designed for casual daily wear and travel. They do not provide the stability or traction required for rugged hiking terrain.
The Wally series features elastic laces designed for a slip-on fit that stays secure throughout the day.
If you are a half-size wearer, ensure you have sized up. Alternatively, verify the elastic laces are not overtightened.
Remove the memory foam insoles and allow them to air dry fully. Use an odor-neutralizing spray if necessary.
For light dirt, spot clean with a damp cloth. For deeper cleaning, follow the machine wash instructions on a cold cycle.
Getting started with your HEYDUDE Wally shoes is straightforward. Upon first use, ensure the elastic laces are adjusted to your preference to provide a snug yet comfortable fit. Because these shoes use a flexible upper, they conform to your foot shape over time.
For maintenance, the shoes are machine washable. To clean them, remove the memory foam insoles, place the shoes in the washing machine on a cold cycle with mild detergent, and allow them to air dry. Avoid using a tumble dryer, as heat can compromise the structural integrity of the materials and the adhesive components.