Crocs Crocband Cruiser Sandal T - Sandstone - 8 UK Child


Currently unavailable


Currently unavailable
The Crocs Crocband Cruiser Sandal T is designed for active toddlers who need a secure and versatile sandal for playground and pool adventures. Built with iconic Croslite construction, it offers lightweight 360-degree comfort and high durability, though parents should ensure the hook and loop closures are cleaned periodically to maintain their grip over time.
| Gender | Unisex |
|---|---|
| Age Group | kids |
| Colour | Beige |
| Shoe Type | Slippers & Sandals |
| Child Shoe Size UK | 8 |
| Series | Crocband Cruiser Sandal T |
| Model Part Number | 209424-0LH |
| Brand | Crocs |
Yes, the Crocband Cruiser is made of Croslite material, which is fully water-resistant and suitable for pool and beach use.
Absolutely. They are designed for comfortable barefoot wear, though socks can be worn if preferred.
Simply rinse them with cold water and mild soap. You can air dry them in a shaded area.
Jibbitz are small decorative charms that snap into the holes on the Crocs sandals, allowing kids to customize their style.
Crocs generally offer a roomy fit. We recommend checking the size guide to match your child's UK foot size for the most accurate fit.
Yes, the molded toe bumpers help shield toes from minor impacts against hard surfaces during active play.
Check for lint, sand, or fabric fibers trapped in the velcro and carefully remove them using tweezers or a stiff brush.
Rinse the sandals with fresh water to remove any soap residue or sunscreen buildup that might be causing a slick surface.
To ensure the best fit, adjust both the heel and the top straps to provide a snug but comfortable hold. Since the sandals are made of molded Croslite, they require very little maintenance. If they become dirty after outdoor use, simply rinse them under cold water with mild soap. For deeper cleaning, use a soft-bristled brush to remove dirt from the footbed texture. Avoid leaving them in direct, intense sunlight for extended periods to prevent potential material warping.