adidas Originals Handball Spezial Junior - Blue - UK 4

The upper is primarily made from soft and durable suede, complemented by a synthetic lining and synthetic leather 3-Stripes. The outsole is made of gum rubber.

While originally designed for handball, the Handball Spezial trainers are now primarily considered a casual lifestyle shoe. They offer good comfort and traction for everyday wear, but are not intended for high-performance sports.

For light dirt, use a soft suede brush. For more stubborn marks, a specialized suede cleaner designed for footwear can be used. Always test the cleaner on an inconspicuous area first and allow to air dry away from direct heat.

The gum rubber outsole features a pattern designed for multidirectional traction, offering dependable grip on various indoor and outdoor surfaces encountered in casual settings.

The adidas Handball Spezial Junior trainers are described as having a regular fit. We recommend consulting the adidas size guide to ensure you select the correct size for your child's feet.

The suede material is not naturally waterproof. While they can withstand light moisture, it's advisable to treat them with a suede protector spray to enhance water resistance. Avoid heavy rain or standing water to prevent damage to the suede.

Use a soft suede brush to gently remove surface dirt and restore the nap. For tougher stains, apply a specialized suede cleaner according to its instructions. Always brush in one direction.

Adjust the lace fastening. Loosen or tighten the laces evenly across the eyelets until you achieve a snug, comfortable fit. Ensure your socks are of an appropriate thickness for the shoe.

Ensure the laces are tied securely and the fit is snug. If the issue persists, consider replacing the insole with one that offers better grip or cushioning. Check your sock type for excessive slipperiness.

Inspect the gum rubber outsole for embedded debris or excessive wear. Clean the sole thoroughly with a damp cloth and mild soap to remove dirt. If the sole is heavily worn, the traction may be reduced due to material degradation.