Mizuno Wave Mirage 4 Indoor Court Shoes

The Wave Mirage 4 is designed for indoor athletes who want a fast and agile shoe, and also wanting to maintain a good connection with the floor during all movement. Thanks to the new innovative bootie construction, this model offers the best fit.

Breathable AirMesh Upper

In providing an exceptionally cool experience, the Wave Mirage 4's have an AirMesh upper, which will efficiently provide airflow throughout the whole of the shoe, giving your feet the ultimate breathable experience. Alongside this, a Dynamotion Fit bootie construction offers an extra-snug fit in the mid-foot area. Using the latest motion capture and biomechanics technology, Mizuno's blueprint was designed to engineer shoes that work with the foot's gait cycle. The textile-based upper provides more comfort and no pressure points when you're bending, and keeps the foot comfortably wrapped, offering a secure and perfect fit.

Mizuno Enerzy Midsole

Due to the new and updated Mizuno Wave technologies, you are provided with maximum stability and the Mizuno Enerzy midsole construction allows you experience optimal, comfortable and dynamic cushioning. The soft yet resilient Mizuno Enerzy midsole is softer and returns up to 20% more energy than its predecessor. In addition, the Mizuno Wave plates function as a stabiliser for your feet, during landing and will absorb all the shocks and blows due to the completely flat sole in the shoe.

Non-Marking Rubber Outsoles

The non-marking rubber outsole provides superior traction on a variety of surfaces, best for indoor court sports these shoes provide the base for you to power off onto your next step and allow you to turn and swivel sharply which is a key part of the majority of competitive sports. Specifically engineered diagonal grooves known as D-Flex grooves have been built into the shoe to allow the player to turn at maximum speed and power by efficiently transferring natural body movement and change in direction. The shoe also uses Mizuno's XG Rubber, a component that enhances traction where it is needed most.