Mizuno Wave Rider 28 Women

Dive into the heart of performance with the MIZUNO Wave Rider 28 , specially designed for runners seeking responsiveness and comfort. This new version combines a breathable Jacquard mesh upper with advanced Mizuno technologies for exceptional energy return and optimal cushioning. Ideal for runners looking to maximize their efficiency over long distances, the Wave Rider 28 is the perfect choice for those who want to push their limits with every stride.


NEWS​​
- New Jacquard Mesh Upper: The Wave Rider 28 stands out with its new Jacquard mesh upper, which ensures great breathability and adapts perfectly to the shape of the foot.
- Mizuno Enerzy and Enerzy Next cushioning: The midsole of the Wave Rider 28 combines two types of Mizuno foam for exceptional cushioning.
- New Wave Plate: It incorporates an improved version of Mizuno's famous Wave Plate. This key component, located between the two layers of foam, has been optimized to offer increased support and propulsion.


MIZUNO ENERZY NXT
The Wave Rider 28 features MIZUNO ENERZY NXT technology in the heel counter, which provides exceptional energy return. This innovative material uses environmentally friendly resources to provide softness, lightness and flexibility, crucial for optimal performance. The heel counter, often stressed with each stride, thus benefits from increased support and better responsiveness.


MIZUNO ENERGY FOAM
Inserted into the upper part of the midsole, MIZUNO ENERZY FOAM improves energy return while providing excellent cushioning. This foam, known for its durability and shock absorption, contributes to a dynamic and responsive running experience. It helps to minimize impact on the joints, thus reducing fatigue and the risk of injury.


MIZUNO WAVE PLATE
The MIZUNO WAVE PLATE , placed between the two layers of foam, plays a key role in forward propulsion and smooth weight transfer. In addition to providing cushioning and stability, this plate promotes a smooth and efficient transition with each stride. The Wave Plate is designed to distribute pressure evenly, providing increased stability and better support during propulsion phases.