Teva Hurricane XLT2 neon floral lilas children's sandals (1019390C-NNFL)

Teva Hurricane XLT2 children’s sandals in neon floral lilac provide versatile protection and comfort during everyday outdoor activities. This model combines modern technologies and environmentally friendly materials, ensuring durability and comfort during use.

Recycled Repreve™ Fabric

The upper is made from fabric crafted from recycled Repreve™ material, which offers high resistance to wear and ensures comfort while wearing. As a result, the Teva Hurricane XLT2 sandals support the idea of sustainable production by reducing their negative impact on the environment. The properties of the fabric used ensure that the model remains breathable on hot summer days.

EVA Foam Cushioning and Foot Protection

The midsole, made of EVA foam, effectively absorbs shocks and provides optimal cushioning with every step. The rubber used in the outsole enhances grip on various surfaces, which is crucial during children's outdoor play. Additionally, the cushioning design helps protect against unpleasant odours.

Practical Hook-and-Loop Fastening

The hook-and-loop fastening system allows for quick and precise adjustment of the sandals to the child's foot. This solution increases comfort of use and enables efficient adjustment during dynamic activities. The Teva Hurricane XLT2 model is designed for easy on and off, even for the youngest users.

Teva Hurricane XLT2 children’s sandals in neon floral lilac - features:

• Upper fabric made from recycled Repreve™ material;
• Midsole made of EVA foam with cushioning properties;
• Rubber outsole enhancing traction on various surfaces;
• Hook-and-loop fastening system ensuring quick and comfortable adjustment;
• Protection against unpleasant odours thanks to modern technologies;
• Recycled materials as a response to environmental needs;
• Design suitable for summer activities and everyday use;
• High breathability ensured by the fabric used;
• Cushioning supporting the comfort of children’s feet during movement;
• Durability and resistance to mechanical damage.