Women's running shoes Mizuno Wave Skyrise 4 sweater/peony blue/punch (J1GD230971)

Women's running shoes Mizuno Wave Skyrise 4 sweather/peony blue/punch are technologically advanced footwear designed for running on asphalt surfaces. This model features a neutral type of cushioning, making it an ideal choice for runners looking for versatile training shoes. The upper made of polyester ensures durability and proper ventilation, while the standard width of the upper guarantees wearing comfort.

Technologies

The Mizuno Wave Skyrise 4 shoes are equipped with a range of advanced technologies that support running efficiency and user comfort. MIZUNO ENERZY and MIZUNO ENERZY CORE are technologies responsible for providing excellent cushioning and energy return. The MIZUNO WAVE technology supports stability and force distribution, minimizing the risk of injury. The SmoothRide system ensures smooth transitions between running phases, and U4icX contributes to the lightness and additional cushioning of the footwear. The outsole uses X10 carbon rubber, which increases its durability and abrasion resistance.

Construction and weight

The shoes weigh 245 grams, making them lightweight and suitable for longer training sessions. The shoe construction also includes Premium Insock, which provides additional comfort and better fit to the foot. The 8 mm drop is suitable for runners who prefer a more natural foot position during running, which helps maintain proper body posture.

Type of fastening

The Mizuno Wave Skyrise 4 shoes are equipped with traditional laces, allowing precise adjustment of the footwear to the foot. This type of fastening is appreciated by runners for its adjustability and secure hold of the foot during running.

Summary

The women's running shoes Mizuno Wave Skyrise 4 sweather/peony blue/punch are a product of the Mizuno brand that combines advanced technologies with user comfort. They are designed for runners who value efficiency, durability, and versatility during asphalt training. Thanks to the applied technological solutions, this model supports the natural movement of the foot and provides optimal cushioning and stability.