Ideal for varying terrains, the Mizuno Wave Rider TT 3 shoe for men supports you during your running sessions on roads and marked trails.
You get powerful energy return thanks to Mizuno Enerzy foam in the heel. Complete with the Mizuno Wave process, the midsole absorbs shock and increases your momentum. The whole package provides you with a stable stride and explosive propulsion.
Flexible and comfortable, the upper adjusts to the shape of your foot for a precision fit. Its mesh fabric is optimised for exemplary breathability.
The outsole is designed to allow you to change routes easily. It gives you unerring grip and optimum traction to switch easily from trails to tarmac.
Key points of the Mizuno Wave Rider TT 3 shoe
The only technology to combine two essential qualities for a high-performance running shoe: Cushioning and Stability. The Wave plate ensures a better distribution of the shock wave at the moment of ground impact, thus providing excellent cushioning. The differences in leveling and amplitude of the Wave plates on the inner and outer sides of the foot guarantee the shoe's stability. By adjusting these amplitude differences, Mizuno is able to adapt to all strides and runner weights to offer maximum performance.
Unique technology that reduces the acceleration and deceleration phases of the stride, attenuates vibrations, and increases the flexibility of the shoe to offer an ever smoother run.
Technology that allows the shoe's upper to follow the movement of the foot, reducing the tension and distortions experienced by the shoe and preventing the tongue from shifting. A unique technology that provides excellent support and great comfort.
MIZUNO ENERZY is a unique material that offers the best benefits in energy return and flexibility within the sports industry. It was developed with the mission to enhance the performance of athletes worldwide while providing a great sense of comfort.
This foam takes the form of a midsole that offers great flexibility and bounce, in addition to exceptional durability. It is 17% more flexible and provides 15% more energy return than previously used materials.