WAVE RIDER 28
Description
・MIZUNO ENERZY NXT Mizuno's next-generation standard material made using eco-friendly resources that offers softness, excellent energy return, and a great light weight. It is used for the heel wedge, where your heel hits the ground.
・MIZUNO ENERZY FOAM MIZUNO ENERZY offering amazing cushioning and energy return is inserted in the top midsole.
・ MIZUNO WAVE In addition to providing both cushioning and stability, the WAVE PLATE supports forward propulsion and smooth weight transfer.
Surface
Care
hand wash 30C
do not tumble dry
do not bleach
Technology
A mid-sole material that delivers excellent softness and rebound next to being very durable.
Inspired by nature, Wave is a unique midsole technology that provides both cushioning and stability
A high-grade removable insock for premium comfort and cushioning.
An engineered approach to minimise the rapid acceleration and decelaration of the foot during transition, creating the smoothest ride possible.
- ✔ Free standard shipping (on orders above £45)
- ✔ Return it for free within 45 days
- ✔ Express deliveries arrive in 1-2 business days
- ✔ Standard deliveries arrive in 2-5 business days
- ✔ Delivery to a Pick-up Point
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Description
・MIZUNO ENERZY NXT Mizuno's next-generation standard material made using eco-friendly resources that offers softness, excellent energy return, and a great light weight. It is used for the heel wedge, where your heel hits the ground.
・MIZUNO ENERZY FOAM MIZUNO ENERZY offering amazing cushioning and energy return is inserted in the top midsole.
・ MIZUNO WAVE In addition to providing both cushioning and stability, the WAVE PLATE supports forward propulsion and smooth weight transfer.
Surface
Care
hand wash 30C
do not tumble dry
do not bleach
Technology
A mid-sole material that delivers excellent softness and rebound next to being very durable.
Inspired by nature, Wave is a unique midsole technology that provides both cushioning and stability
A high-grade removable insock for premium comfort and cushioning.
An engineered approach to minimise the rapid acceleration and decelaration of the foot during transition, creating the smoothest ride possible.