Women's running shoes Mizuno Wave Serene 2 white/arctic ice (J1GD255973)

Mizuno Wave Serene 2 Women's Running Shoes white/arctic ice are the perfect footwear for every active woman seeking comfort and support during her training. The breathable mesh upper provides excellent ventilation, keeping the feet pleasantly cool and dry. The standard fit cut ensures optimal fitting, which is crucial for providing comfort while running on asphalt.

MIZUNO ENERZY Technology

The Mizuno Wave Serene 2 women's running shoes white/arctic ice are equipped with the innovative MIZUNO ENERZY midsole. This advanced technology offers exceptional cushioning, protecting the joints during intense workouts. Thanks to it, users can enjoy responsiveness and dynamism in their stride, translating to running efficiency. The application of this technology is especially important for those running on hard surfaces, such as asphalt.

X10 Durable Outsole

The X10 outsole used in the Mizuno Wave Serene 2 women's running shoes white/arctic ice provides excellent grip and slip resistance. Made from durable rubber, it guarantees long-lasting use even during intense training. Reflective elements enhance visibility while running in low-light conditions, ensuring greater safety.

Eco-Friendly Approach

The Mizuno Wave Serene 2 women's running shoes white/arctic ice stand out with their eco-friendly approach, as they are made from recycled materials. This allows the Mizuno brand to minimise its environmental impact while still offering high-quality products. They are an ideal choice for those who value sustainability and wish to care for the planet without compromising on quality and technology in their sports equipment.

Mizuno Wave Serene 2 Women's Running Shoes - Features:

• Breathable mesh upper providing excellent ventilation;
• Standard fit cut ensuring optimal fitting;
• MIZUNO ENERZY technology providing excellent cushioning;
• X10 outsole ensuring grip and slip resistance;
• Reflective elements improving visibility in low-light conditions;
• Recycled materials supporting environmental protection.