Mizuno Wave Rider Neo 2 Women's Neutral Running Shoes Neon Flame/White/Vintage Indigo

Details:

• Ideal for runners looking for uncompromising comfort, cushioning and responsiveness
• One-piece breathable mesh upper that guarantees a precise and containing fit
• Flex grooves on the sole and midsole that improve the fluidity of the stride and the transition from heel to toe
• Raised tongue and collar to keep the foot aligned and ensure perfect comfort to the ankle and Achilles tendon
• Lacing system with overlapping eyelets and flat laces that allow the shoe to adapt perfectly to the foot
• Protective insert around the forefoot
• Stiffer counter heel at the base for better stabilization in the support phase
• Device on the back and on the tongue to facilitate the fit
• Removable inner sole

WAVE
The Wave plate evenly disperses the impact shock ensuring the perfect combination of cushioning and stability and thus minimizing the risk of injury.

Dynamotion Fit
Combination of shoe technologies that create an upper that moves with your foot seamlessly throughout your stride, eliminating stress points and bunching for a more comfortable run.

Smoothride
This Unique approach to the sole of the shoe is designed to create a smooth, rocking-chair-like transition from heel to toe on every step.

AIRmesh
Breathable and Cool. AIRmesh allows each running shoe from Mizuno to maintain a high standard of breathability for the life of the shoe, and allows the foot to stay cool.

G3 Sole
A performance outsole component that enhances traction where needed most and reduces weight.

X10
Durability and Traction. X-10 provides the most durable carbon rubber from Mizuno, it allows for longer wear in high impact areas and provides more traction at heel strike.

Premium Insock
Removable insole for maximum comfort, cushioning and durability.

Mizuno Enerzy
It is the midsole technology created to offer runners the highest cushioning and energy return experience ever, as well as an excellent feeling of comfort. It is 17% softer and provides 15% more response than previously used materials.