Women's running shoes Mizuno Wave Rider 28 citadel/white/ neo mint (J1GD240371)

Women's running shoes Mizuno Wave Rider 28 citadel/white/ neo mint are an excellent choice for women looking for footwear for training on asphalt. Thanks to the use of breathable mesh in the upper, the shoes provide excellent breathability, keeping feet dry even during intense effort. These shoes feature a stabilizing and neutral type.

Advanced Mizuno technologies

Women's running shoes Mizuno Wave Rider 28 are equipped with advanced technologies such as MIZUNO WAVE and MIZUNO ENERZY. The MIZUNO WAVE technology provides excellent cushioning and stability during running. Meanwhile, MIZUNO ENERZY and MIZUNO ENERZY NXT increase flexibility and resilience, resulting in a more dynamic push-off and wearing comfort. This makes every step smooth and efficient, helping to achieve better results.

Durable sole

The Mizuno Wave Rider 28 shoes are equipped with an X10 rubber outsole, which provides excellent grip on asphalt surfaces. The X10 sole is not only durable but also extends the lifespan of the footwear, making them a long-term investment. The standard upper cut and 12-millimeter drop make these shoes comfortable and provide proper support for the feet during running.

Environmentally friendly

The Mizuno Wave Rider 28 shoes are made from recycled materials, demonstrating their environmental friendliness. The Mizuno brand strives for sustainable development by using eco-friendly raw materials in its products. By choosing these shoes, you can enjoy running comfort while caring for the planet.

Women's running shoes Mizuno Wave Rider 28 - features:

• Neutral and stabilizing type of running footwear;
• Designed for training on asphalt;
• Breathable mesh in the upper ensuring ventilation;
• MIZUNO WAVE technology for better cushioning and stability;
• MIZUNO ENERZY and MIZUNO ENERZY NXT increasing flexibility;
• X10 rubber outsole providing excellent grip;
• Standard upper cut for wearing comfort;
• 12 mm drop for optimal foot support;
• Made from recycled materials for environmental protection.