Volleyball shoes Mizuno Wave Lightning Pro white/black/ultimate gray (V1GA266083)

Mizuno Wave Lightning Pro volleyball shoes white/black/ultimate gray are an advanced model designed for demanding players seeking excellent performance on the court. The mesh upper provides optimal breathability, allowing for long-lasting comfort even during intense play. The standard cut of the upper ensures a comfortable fit, while the lace-up closure allows for precise adjustment to the foot.

Advanced PoWnCe technology

The Mizuno Wave Lightning Pro volleyball shoes are equipped with PoWnCe technology, which significantly reduces the weight of the footwear while providing excellent shock absorption. This allows players to enjoy a light step and quicker reaction times on the court. Combined with the foam midsole, it supports cushioning, which is crucial for protecting joints during dynamic movements.

Stability thanks to Dyna-Eyelet Wrap

The innovative Dyna-Eyelet Wrap technology used in the Mizuno Wave Lightning Pro shoes improves stability during changes of direction. The specially designed construction allows for a better fit to the foot, increasing comfort and minimising the risk of injury. Additionally, the rubber outsole is non-marking, making the shoes ideal for indoor play.

Eco-friendly approach

The Mizuno Wave Lightning Pro is a model that combines modern technologies with environmental care. Made from recycled materials, it fits into the trend of sustainable development while offering durability and performance. This way, players can enjoy not only high quality but also contribute to protecting our planet.

Mizuno Wave Lightning Pro volleyball shoes - features:

• Advanced PoWnCe technology reducing the weight of the footwear;
• Mesh upper providing optimal breathability;
• Standard cut upper for a comfortable fit;
• Lace-up closure allowing precise adjustment;
• Foam midsole supporting cushioning;
• Dyna-Eyelet Wrap technology improving stability;
• Rubber, non-marking outsole ideal for indoor play;
• Made from recycled materials for sustainable development.