Women's running shoes Mizuno Wave Skyrise 7 snow white/ultramarine (J1GD260922)

Women's running shoes Mizuno Wave Skyrise 7 snow white/ultramarine are an excellent choice for active women looking for footwear for daily training. Thanks to the use of synthetic material, the upper provides lightness and breathability, which translates into comfort during prolonged use. The standard fit cut ensures an optimal fit to the foot, which is especially important during intense workouts.

MIZUNO ENERZY NXT

The women's running shoes Mizuno Wave Skyrise 7 snow white/ultramarine are equipped with advanced MIZUNO ENERZY NXT technology, offering exceptional cushioning and resilience. This makes every step more dynamic and less stressful on the joints, which is crucial for those training on hard surfaces such as asphalt. This technology also provides better stability, enhancing safety while running.

X10 Outsole

This model features an X10 outsole, which guarantees excellent grip and durability. The rubber components in the sole ensure slip resistance, making the shoes suitable for various surfaces. Additionally, the X10 technology extends the lifespan of the footwear, which is important for runners covering long distances.

Eco-friendly approach

The women's running shoes Mizuno Wave Skyrise 7 snow white/ultramarine are made from recycled materials, highlighting Mizuno's commitment to environmental protection. Using recycled materials in production helps reduce the impact on the planet, which is an added advantage for conscious consumers who care about the ecological aspects of their purchases.

Mizuno Wave Skyrise 7 running shoes - features:

• Upper made of synthetic material providing lightness and breathability;
• Standard fit cut ensuring an optimal fit to the foot;
• MIZUNO ENERZY NXT technology offering exceptional cushioning and resilience;
• X10 outsole providing excellent grip and durability;
• Rubber components in the sole ensuring slip resistance;
• Stabilisation enhancing safety while running;
• Made from recycled materials supporting environmental protection.