WAVE SKY 9

The Mizuno Wave Sky 9 is perfect for runners looking for an extremely comfortable and cushioned running experience for daily workouts or longer distances. Advantages of technologies: The upper, in Smooth Stretch Woven mesh, guarantees a comfortable and snug fit, while promoting optimal ventilation thanks to its lightness and wider mesh areas. The midsole has been updated and made entirely of Mizuno Enerzy NXT. The upper is enriched with nitrogen and offers greater cushioning as well as high energy return. while the lower EVA one ensures stability. The introduction of this combination, together with the Wave design and a 3mm increase in stack height, overall increases the feeling of comfort and support while running. The outsole features thicker rubber inserts in high-wear areas for improved traction and durability. Why will you like them? Because the Wave Sky 9 offers optimal support that allows you to tackle any distance with fluidity, while their constant comfort accompanies you through every workout, rekindling the pleasure of running. Details: Lacing system with reinforced eyelets and flat laces for a personalized fit and a more supportive feel Lightly padded tongue partially integrated into the structure Heat-sealed recycled TPU inserts on the sides allow the shoe to adapt better to the foot and always keep it in place Padded collar and slightly extended back that supports the Achilles tendon Rigid shell for the right stability of the heel during the support phase Reflective details Removable, contoured insole X10 X10 is a more durable carbon and rubber compound that allows for greater durability in high-impact areas and provides more traction in the heel area. Premium Insock High quality removable insole for maximum comfort, cushioning and durability. Smooth Stretch Woven Double-layer engineered mesh upper, soft on the inside for maximum comfort, and elastic on the outside for a better hold of the foot inside the shoe. Mizuno Enerzy NXT Latest version of the Enerzy compound, designed to maximize energy return and cushioning for optimal performance