This premium “Hybrid Power” shoe combines the soft running-like cushioning with a secure and supportive fitting. In the Wave Luminous, the DynamotionFit bootie construction provides a snug fit, and luxury comfort. The layered and textile design upper provides a lightweight frame with enough bounce to keep you in the air when you need it most, with a high-density EVA inserts in the rear foot for maximum support.
Surface
Inomhus
Features
DynamotionFit Bootie delivers premium comfort. Premium cushioning in combination with best-in-class stability thanks to Mizuno Wave technology.
Technology
Allows each running shoe from Mizuno to maintain a high standard of breathability and comfort of the upper.
An innovatively constructed outsole using specifically designed flex grooves to improve stability and on court agility.
Mizuno has developed a design blueprint to engineer shoes that work with your foot throughout the gait cycle.
Inspired by nature, Wave is a unique midsole technology that provides both cushioning and stability
This premium “Hybrid Power” shoe combines the soft running-like cushioning with a secure and supportive fitting. In the Wave Luminous, the DynamotionFit bootie construction provides a snug fit, and luxury comfort. The layered and textile design upper provides a lightweight frame with enough bounce to keep you in the air when you need it most, with a high-density EVA inserts in the rear foot for maximum support.
Surface
Inomhus
Features
DynamotionFit Bootie delivers premium comfort. Premium cushioning in combination with best-in-class stability thanks to Mizuno Wave technology.
Technology
Allows each running shoe from Mizuno to maintain a high standard of breathability and comfort of the upper.
An innovatively constructed outsole using specifically designed flex grooves to improve stability and on court agility.
Mizuno has developed a design blueprint to engineer shoes that work with your foot throughout the gait cycle.
Inspired by nature, Wave is a unique midsole technology that provides both cushioning and stability