Men's running shoes Mizuno Wave Serene ebony/golden halo/mizuno snow white (J1GC245904)

Men's running shoes Mizuno Wave Serene ebony/golden halo/mizuno snow white are technologically advanced sports footwear that combines innovative solutions with care for the natural environment. The use of recycled materials is one of the key elements that distinguish these shoes on the market. They are designed for runners who prefer neutral shoes, making them perfect for various types of training.

Material and construction

The upper of the Mizuno Wave Serene shoes is made of breathable mesh, ensuring excellent ventilation. The standard width of the upper guarantees wearing comfort, and the lace-up closure allows precise adjustment of the shoe to the foot. Thanks to these features, these shoes are an ideal choice for long training sessions, especially on asphalt surfaces, for which they are dedicated.

Sole and technologies

The outsole made of durable rubber provides excellent grip and durability. The MIZUNO WAVE technology used in these shoes guarantees stability and cushioning, which is crucial during intense training. Additionally, the X10 technology increases sole durability, and MIZUNO ENERZY improves energy return, resulting in more efficient running.

Specifications and usage

The shoes weigh 295 grams, making them lightweight and promoting comfort during longer runs. The 8 mm drop is ideal for runners who value a natural foot position while running. Hand washing is recommended, avoiding tumble drying and bleaching to preserve their properties longer.

Summary

Men's running shoes Mizuno Wave Serene ebony/golden halo/mizuno snow white are a product that combines advanced technologies with an ecological approach to production. Thanks to the use of recycled materials and innovative technological solutions such as MIZUNO WAVE and MIZUNO ENERZY, these shoes offer excellent support and cushioning. Perfect for training on asphalt surfaces, they meet the expectations of even the most demanding runners who value comfort and performance.