Volleyball shoes Mizuno Wave Lightning Elite pink tetra/fortune yellow/ligh (V1GA260042)

Mizuno Wave Lightning Elite volleyball shoes pink tetra/fortune yellow/ligh are an excellent choice for players seeking reliability and performance on the court. Made from synthetic upper material, they ensure lightness and durability, essential for intense matches. With a standard fit upper, these shoes provide comfort and adequate support during dynamic movements.

MIZUNO ENERZY NXT technology

The Mizuno Wave Lightning Elite volleyball shoes are equipped with the innovative MIZUNO ENERZY NXT technology, which enhances the softness and elasticity of the midsole. This allows players to enjoy excellent cushioning and dynamic rebound, resulting in better performance during play. This technology also helps reduce foot fatigue, which is crucial in prolonged matches.

Use of XG Rubber

The outsole of the Mizuno Wave Lightning Elite shoes is made of XG Rubber, providing excellent grip on various court surfaces. This solution ensures stability during quick direction changes and dynamic movements. This rubber also features high abrasion resistance, extending the lifespan of the shoes.

Eco-friendly materials

In an effort to protect the environment, the Mizuno Wave Lightning Elite shoes are made from recycled materials. This enables the Mizuno brand to contribute to reducing the negative impact on the ecosystem. The use of recycled raw materials not only supports sustainable development but also ensures high quality and durability of the product.

Mizuno Wave Lightning Elite volleyball shoes - features:

• Synthetic upper material providing lightness and durability;
• Standard fit ensuring comfort and adequate support;
• Low uppers allowing for freedom of movement;
• MIZUNO ENERZY NXT technology increasing softness and elasticity of the sole;
• Outsole made of XG Rubber providing excellent grip;
• Recycled materials contributing to environmental protection;
• Laces as a type of fastening for better fit;
• Environmentally friendly materials.