Reebok - Court Clean Trainers - White/Red - 2.5

Currently unavailable

Currently unavailable
The Reebok Court Clean Trainers are designed for active kids who need a reliable, stylish shoe for everyday school or play. Featuring a minimal court-inspired silhouette, these trainers offer a streamlined look with a durable synthetic construction that holds up well to daily rotation; however, parents should note that the synthetic upper requires regular wiping to maintain its pristine Chalk-on-Chalk white appearance.
| Age Group | kids |
|---|---|
| Colour | White |
| Gender | Unisex |
| Child Shoe Size UK | 2.5 |
| Accent Colour | Red |
| Shoe Type | Trainers |
| Series | Court Clean |
| Model Part Number | VR30048513 |
| Brand | Reebok |
Yes, their minimal and clean aesthetic makes them a great option for school environments.
It is not recommended to machine wash these shoes, as it can damage the synthetic material and the adhesive bonding.
The upper is made from 100% PU-coated synthetic material.
Yes, this model is part of a series available in various sizes for both children and adults.
Yes, the Reebok Court Clean trainers feature a unisex design suitable for all.
The heel overlay serves as both a structural design element and a stylistic feature, providing the signature colour accent.
Use a soft eraser or a damp cloth with a mild detergent to gently lift surface scuffs.
Ensure the laces are threaded properly and consider double-knotting them for younger children.
Wipe the bottom of the TPR soles with a dry cloth to remove any accumulated dust or smooth debris that may reduce grip.
To get the best fit, ensure the laces are adjusted to accommodate the child's foot shape without being overly tight. Because these are standard court trainers, they pair well with both jeans and athletic wear. To maintain the appearance of your trainers, avoid machine washing. Instead, wipe the synthetic upper with a soft, damp cloth and mild soap if necessary. Ensure the shoes are air-dried away from direct heat sources to preserve the structural integrity of the TPR outsole.