Mizuno Wave Inspire 22 (W)

Engineered mesh: Advanced technical knit designed to serve different functions in various parts of the shoe. Unlike traditional mesh, this material is made with variable fiber density from a single piece of fabric. In areas where the foot needs stability (e.g., around the heel), the knit is dense and firm. Conversely, in zones with high thermal load (e.g., over the toes), the knit's openings are larger for maximum breathability. The result is a seamless construction that minimizes the risk of chafing, maintains shape, and rapidly wicks moisture away from the foot.

Regular D

MIZUNO WAVE: Mechanical midsole technology that effectively solves the basic running dilemma: how to combine high levels of cushioning with the necessary stability. While most manufacturers rely solely on foam materials, Mizuno uses a wave plate that disperses the impact energy of the pedal into the entire sole area. This construction acts as an elastic spring that absorbs shock and aids dynamic forward transition on rebound. In addition, thanks to its mechanical principle, the plate helps maintain the structural integrity of the shoe and the stability of the foot throughout the life of the shoe. Wave technology comes in a variety of shapes to provide either neutral stride guidance or targeted pronation support.

MIZUNO ENERZY NXT: It is a cutting-edge technology developed by Mizuno to improve athletic performance through superior energy return and cushioning. It represents a leap forward in sports science, providing a 293% increase in softness and a 56% increase in energy return compared to traditional midsole materials.

X10: Extremely durable carbon rubber (carbon rubber) compound strategically placed by Mizuno on the most stressed parts of the outsole, especially in the heel area. This technology was developed to maximize the life of the shoe in the areas where the most friction occurs during impact and rebound. The addition of carbon makes this rubber significantly harder and more resistant to mechanical wear than standard rubber compounds, allowing the shoe to maintain excellent traction even after hundreds of miles on abrasive surfaces such as asphalt or concrete.