adidas F50 Club - Purple - Juniors










The adidas F50 Club Junior Football Boots are engineered for young athletes aiming to emulate the agility and skill of top players on artificial turf. These boots deliver excellent grip and lightweight comfort, empowering quick movements and precise ball control. Designed primarily for Astro Turf, they provide optimal performance on synthetic surfaces.
| Gender | Unisex |
|---|---|
| Age Group | kids |
| Colour | Purple |
| Shoe Type | Football Boots |
| Child Shoe Size UK | 3 |
| Series | F50 Club |
| Model Part Number | WK2ZK |
| Brand | adidas |
These boots are specifically designed with a lugged rubber outsole for optimal performance and grip on artificial turf and Astro Turf surfaces.
No, these boots are optimized for artificial surfaces. Wearing them on natural grass may not provide adequate grip and could lead to faster wear of the outsole.
Wipe them down with a damp cloth after each use to remove dirt. Allow them to air dry naturally, away from direct heat sources. Avoid using harsh chemicals.
The synthetic upper, including the tongue, contributes to a lightweight feel, enhancing agility and providing comfortable wear during play.
The lace-up design allows you to adjust the tightness for a snug and supportive fit. Ensure the laces are tied securely before play.
Adjust the laces evenly across your foot. Ensure you have the correct size for junior footwear; feet grow quickly, so re-measure periodically.
Confirm you are playing on artificial turf or Astro Turf, for which these boots are designed. If the surface is wet, exercise caution as any boot may have reduced grip. Check the outsole for excessive wear.
Allow boots to air out completely after each use. Remove any insoles to dry separately. Consider using a boot deodorizer or sprinkling baking soda inside to absorb odors.
These boots are specifically designed with a lugged rubber outsole for artificial turf (Astro Turf) surfaces. They are not recommended for use on natural grass (firm ground or soft ground) as the stud pattern is not suitable for such surfaces and could lead to reduced performance or premature wear.