Mizuno Wave Horizon 9 Running Shoes Blue Grey SS26 Women
Buy it now and receive it between 17 Jun and 18 Jun with InPost
Mizuno Wave Horizon 9 Women: maximum stability and cushioning for long distances
The Mizuno Wave Horizon 9 Women is designed for runners seeking an advanced combination of cushioning and support. Its dual‑density midsole construction and redesigned upper ensure a stable, comfortable and secure ride, both for running and everyday use.
- Surface: Road
- Type of shoe: Support
- Use: Training
- Weight: 290 g
- Drop: 8 mm
- Cushioning: Mizuno Enerzy NXT and Mizuno Enerzy
Technical features
The Mizuno Wave Horizon 9 Women is a running shoe designed to offer maximum safety and comfort in every stride. Ideal for runners who need extra support and cushioning, it combines advanced technologies that enhance stability, transition and comfort over long distances.
Dual cushioning for a smooth, stable ride
The midsole features a dual‑density construction that combines Mizuno Enerzy NXT on the top, lighter and more responsive, with Mizuno Enerzy on the bottom, providing soft and stable cushioning. This combination improves impact absorption and energy return, promoting a more efficient running experience.
Enhanced stability with Wave structure
The Foam Wave technology, with its wavy design made from materials of different densities, offers great impact absorption and effective pressure control during landing. This helps guide the foot’s movement and improves stability in every transition.
Technical upper that supports without restricting
The upper has been completely redesigned with Smooth Stretch Woven technology, a double‑layer mesh that is soft on the inside and elastic on the outside. It reduces horizontal deformation and keeps the foot properly positioned, providing a secure, breathable and comfortable fit throughout the activity.
Wide base and long‑lasting traction
The outsole features a wide base with Rubber Wall support in the inner area, which extends up to the midsole to improve stability and minimize deformation during transition. In addition, the X10 compound in the highest‑impact zones provides great durability and traction, especially at heel strike.