adidas VL Court 3.0 Shoes - Blue - Yellow - 3





Currently unavailable





Currently unavailable
The Adidas VL Court 3.0 is a versatile, skater-inspired trainer designed for active children who need a blend of style and durability for daily wear. Featuring a premium suede upper and a flexible vulcanized rubber outsole, these shoes provide reliable support for park play or school outings; however, the suede material requires extra care to maintain its appearance compared to synthetic alternatives.
| Gender | Unisex |
|---|---|
| Age Group | kids |
| Colour | Green |
| Material | Suede |
| Child Shoe Size UK | 3 |
| Series | VL Court 3.0 |
| Model Part Number | JH8723 |
| Brand | adidas |
No, machine washing can damage the suede upper. Clean by hand with appropriate suede-safe tools.
Yes, the vulcanized rubber outsole is non-marking, making it suitable for indoor gym floors.
Yes, they generally follow standard UK sizing for children, but it is always recommended to use a foot measurement guide.
Suede is sensitive to moisture. While they can withstand light exposure, it is best to avoid heavy rain to protect the fabric.
The upper is crafted from premium suede, supported by a textile lining and a rubber outsole.
Use a specialized suede brush to gently lift the nap of the material and remove loose dirt.
Ensure a double knot is used, or consider replacing them with shorter laces if the current pair is excessively long.
Use a soft cloth dampened with mild soap and water to wipe away surface debris.
Getting started with the VL Court 3.0 is simple—ensure the laces are adjusted to your child's comfort level to provide adequate heel lock. For compatibility, these sneakers are designed as a unisex fit for children, generally pairing well with casual school uniforms or athletic wear. To maintain the appearance of the suede, avoid submerging the shoes in water. Instead, use a soft-bristled brush to gently remove surface dirt. If the shoes become damp, allow them to air dry naturally away from direct heat sources to prevent the material from stiffening.