Mizuno WAVE SKYRISE - Running Shoes - Men's - shocking orange/silver/black

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MIZUNO

Features

Use: running


 

MAIN DETAILS:

  • Use: training and competition
  • Surface: road 
  • Distance: long
  • Drop: 10 mm 
  • Stride: neutral
  • User weight: all
  • Weight: 300 g (per shoe)

TECHNOLOGY:

  • AirMesh
  • DynamotionFit
  • Premium Insock
  • U4ICX 
  • U4IC
  • XPOP PU 
  • Mizuno Wave®
  • X-10
  • SmoothRide

SPECIFICATIONS:

Upper:

  • Low-rise
  • AirMesh fabric
  • DynaMotion Fit upper
  • Optimal fit 
  • Comfortable and breathable
  • Classic laces

Footbed:

  • Premium Insock
  • Removable
  • Comfortable and cushioning

Midsole:

  • U4ICX and U4IC foam 
  • XPOP PU foam combined with built-in Mizuno Wave® technology
  • Optimal cushioning

Outsole:

  • X-10 rubber
  • SmoothRide technology
  • Sole thickness (front/back): 21/31 mm
  • Reduces vibrations and increases flexibility
  • Abrasion-resistant

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TECHNOLOGY:

 

XPOP: Made with PU foam, this compound delivers durable and effective cushioning and energy return. It is used to increase comfort for long outings.

 

U4ic: The U4ic midsole helps lighten the shoe by 30%, while staying durable and shock absorbent.

U4ICX: U4icX midsole for a softer feeling and a smooth, durable transition.

X10: Durability and traction. X10 is a carbon rubber that increases the abrasion resistance of the outsole and provides heel traction. X10 is positioned in the naturally high abrasion area.

 

SmoothRide: Smooths the acceleration and deceleration phase of the stride, reduces the vibrations and increases flexibility.

Premium Insock: High quality removable insole for increased comfort, cushioning and resistance.

DynaMotion Fit: Stretchy mesh to help the top of the shoe move with you. This reduces the tension endured by the shoe and prevents the tongue from moving.

AirMesh: Airy nylon upper for an optimal feel, breathability, and comfort.

Mizuno Wave: The Wave Plate improves distribution of the shock wave on impact for an ideal balance of cushioning and efficient stability.