Children's shoes Champion Fuze WTR Boot PS Mid Cut dark grey/new black (S33301_ES024)

Champion Fuze WTR Boot PS Mid Cut children's shoes dark grey/new black are footwear designed for comfort and protection of the feet in colder days. The high upper provides additional support and insulation from the cold. Key features include the use of synthetic material and a rubber outsole.

Construction and technologies

The Champion Fuze WTR Boot PS Mid Cut children's shoes are made from synthetic material, which translates to durability and ease of cleaning. The rubber outsole provides proper grip on various surfaces, which is essential during outdoor activities. The shoe design also includes laces and a hook-and-loop fastener, allowing for easy adjustment and stability when wearing.

Comfort and fit

Champion Fuze WTR Boot PS Mid Cut children's shoes feature a high upper that not only supports the ankle but also additionally protects against the cold. Thanks to the combination of laces and a hook-and-loop fastener, the shoes can be precisely adjusted to the child's foot, which affects the comfort of wearing. The inner lining helps retain warmth, which is particularly important in cooler days.

Material and construction

The Champion Fuze WTR Boot PS Mid Cut children's shoes utilise a synthetic upper material, which makes them easy to clean and increases their resistance to moisture. The rubber outsole provides stability and grip, which is crucial for safety during outdoor play. The shoe design has been thoughtfully considered to ensure support and comfort during use.

Champion Fuze WTR Boot PS Mid Cut children's shoes - features:

• Synthetic upper material increases durability and moisture resistance;
• Rubber outsole provides good grip on various surfaces;
• High upper supports the ankle and protects against the cold;
• Lacing and hook-and-loop fastening allow for easy shoe adjustment;
• Inner lining helps retain warmth on cooler days;
• Ease of cleaning thanks to synthetic materials;
• Shoe construction ensures comfort and stability during use.