Mizuno Wave Ibuki 3 Shoes Blue Yellow SS22

Characteristics Mizuno Wave Ibuki Shoes Blue Yellow

The Mizuno Wave Ibuki 3 Shoes combine cushioning and grip for light trail or non-trail walking or running. It is an excellent model for enthusiasts of outdoor sports in general and of the trail in particular, since it is a versatile shoe with great grip.

Shoes With Grip And Cushioning Mizuno Wave Ibuki

The Mizuno Wave Ibuki 3 Shoes combine cushioning and grip for light trail or non-trail walking or running. It is an excellent model for enthusiasts of outdoor sports in general and of the trail in particular, since it is a versatile shoe with great grip.

Characteristic:

- X-shaped studs to grip in multiple directions
- Foam Wave for cushioning and stability
- Superior protection design to prevent the entry of bodies
- Heel: 27mm
- Forefoot: 17mm
- Offset: 10mm
- Weight: 330g

Technologies:

-Mizuno Wave

Technology that provides cushioning and stability in a uniform way by distributing the impact in each step. By design, the Wave platform provides equal medial (internal) and lateral (external) stability with a centralized point of cushioning. This technology gives Mizuno shoes great lightness, which is essential for runners of all distances.

- DynamotionFit

Having a well-fitting foot is just as important as getting good cushioning in a running shoe. Developed by the revolutionary SOZO STUDIO, the DynamotionFit allows the perfect interaction of the shoe with the movements of the foot, giving it adjustment and support in order to provide greater stability. In this way, the risk of injury is reduced to a minimum, since the greater the stability, the lower the stress on the joints.

-Air Mesh

It allows each Mizuno shoe to maintain a high level of breathability and comfort in the upper.

-X10

Mizuno features an extremely durable carbon rubber that allows for increased wear in high-impact areas and provides more traction in the heel.

Sex: Men
Sole: Rubber
Outer material: Technical mesh
Interior material: Breathable materials