Women's volleyball shoes Mizuno Wave Momentum Pro white/aqua gray/ambrosia (V1GC254085)

Women's Mizuno Wave Momentum Pro volleyball shoes white/aqua gray/ambrosia are an excellent choice for active women who value comfort and support during play. Made from textile and synthetic materials, they offer lightness and durability essential for intense court action. Thanks to the non-marking sole, these shoes are ideal for indoor sports halls, ensuring cleanliness and proper grip.

Advanced MIZUNO technologies

The women's Mizuno Wave Momentum Pro volleyball shoes white/aqua gray/ambrosia feature MIZUNO WAVE technology, which provides excellent stability and cushioning. This is a key aspect that allows for dynamic movements and quick changes of direction, minimising the risk of injury. Additionally, the MIZUNO ENERZY NXT midsole guarantees exceptional energy return, translating into better performance during play.

Ergonomic fit and comfort

The width of the Mizuno Wave Momentum Pro shoes is standard fit, ensuring an optimal fit to the foot. The lacing system allows for individual adjustment, increasing wearing comfort. Reinforcements used in the shoe construction further enhance durability and resistance to damage, which is important for intensive use.

Breathability and style

The Mizuno Wave Momentum Pro shoes are highly breathable, providing thermal comfort during long training sessions. This keeps feet dry, contributing to greater comfort while playing. The low-cut profile adds a modern look without restricting freedom of movement.

Women's Mizuno Wave Momentum Pro volleyball shoes - features:

• High-quality textile and synthetic materials ensuring durability and lightness;
• Non-marking sole increasing grip on indoor surfaces;
• MIZUNO WAVE technology offering stability and cushioning;
• MIZUNO ENERZY NXT midsole providing energy return during play;
• Standard fit ensuring optimal foot fit;
• Lacing system allowing individual adjustment;
• Reinforcements enhancing durability and resistance to damage;
• High breathability for thermal comfort;
• Low-cut profile increasing freedom of movement.