Women's Mizuno Wave Horizon 9

A Dual-Layer Midsole and Supportive Design Keep You Floating Through Every Run

Max cushion meets reliable support in the 9th iteration of the Mizuno Wave Horizon. This cushioned, supportive construction is perfect for runners who prioritize comfort while needing extra support and stability for overpronation.

The key to the plush, cushiony underfoot feel lies in the dual-layer midsole design. The nitrogen-infused ENERZY NEXT foam in the top layer offers softness and energy return, while the lightweight and reliable ENERZY foam underneath provides a stable, well-balanced platform for each foot strike.

The Wave Horizon 9 is a fantastic choice for overpronators, and the design incorporates several support methods to improve alignment and keep you comfortable and stable through each run. The layers in the midsole form an asymmetrical Mizuno Wave design that effectively guides you through your gait cycle. This geometry is also paired with an integrated rubber wall on the medial side to keep you centered throughout any long run or walk.

This structure and support don’t end in the midsole construction. Mizuno incorporates stability and comfort through every part of the Wave Horizon 9, including the updated Smooth Stretch Woven upper. This upper securely wraps the foot to help maintain proper positioning throughout your runs, all while maximizing breathability and all-around step-in comfort. And with a durable X10 outsole, you can feel confident that this shoe will provide you with the support you need for miles and miles of wear.

Features and Benefits

• Dual-layer ENERZY NXT and ENERZY midsole ensure a balanced and stable underfoot ride
• Asymmetrical Wave design and rubber medial wall provide support for overpronation without sacrificing plushness underfoot
• Breathable Smooth Stretch Woven upper provides additional structure while feeling flexible, secure, and comfortable around the top of the foot
• X10 outsole improves long-term durability and reliability
• Constructed with eco-friendly materials