adidas Tensaur Sport 2.0 Trainers - Black - UK 10










The adidas Tensaur Sport 2.0 Trainers are versatile, all-day shoes designed for active kids who transition frequently between the classroom and the sports field. These shoes offer the perfect balance of durability and comfort with a non-marking rubber outsole, making them suitable for indoor surfaces, although they are primarily optimized for casual wear rather than specialized high-performance athletic training.
| Gender | Female |
|---|---|
| Age Group | kids |
| Colour | Black |
| Shoe Type | Trainers |
| Child Shoe Size UK | 10 |
| Series | Tensaur Sport |
| Model Part Number | GW6425 |
| Brand | adidas |
It is generally recommended to clean them by hand using a damp cloth to preserve the integrity of the synthetic upper.
Yes, the non-marking rubber outsole is specifically designed to be safe for indoor sports floors.
The Tensaur Sport 2.0 features a standard fit. If your child has wider feet, you may want to try them on with sports socks first to check for comfort.
The upper is made from a blend of synthetic and textile materials, with at least 50% of the content being recycled.
The design is versatile and suitable for any child, provided the correct UK size is selected.
Check the tread for embedded rocks or sticky debris and wipe the sole clean with a damp cloth.
Loosen the laces fully before putting the shoe on and consider using a thinner sock for better fit.
Remove the insoles after use to allow the shoe to air out properly and use an antifungal shoe spray if necessary.
These trainers are designed for a standard fit consistent with typical children's footwear sizing. To ensure longevity, we recommend cleaning the synthetic upper with a damp cloth and mild soap. Avoid submerging the shoes in water or using harsh industrial detergents. To maintain the non-marking properties of the rubber outsole, wipe away pebbles or debris stuck in the tread pattern periodically. Store in a cool, dry place away from direct heat sources, such as radiators, which can degrade the synthetic materials over time.