Gender: Female
Shoe's weight: 257 gr. - ( Size 7 UK )
Pronation support: None
Drop: 8 mm
Running terrain: Road
Runner's weight: Medium (60 Kg.) — Heavy (> 70 Kg.) — Medium - Heavy (60-70 Kg.)
Running pace: Medium (5 min/km) — Slow (> 6 min/km) — Medium - Slow (5-6 min/km)
What's New: Midsole — Design
The Mizuno Wave Sky 8 women's running shoes are the combination of softness and cushioning, they will accompany you during all training and competitions over any distance.
The upper is in Smooth Stretch Woven mesh offering a light and enveloping fit. The updated design with a looser mesh, combined with tighter weave zones, balances breathability and support. The real innovation lies in the midsole which, thanks to the combination of Mizuno Enerzy NXT and Mizuno Enerzy Foam technologies with Wave design, guarantees surprising cushioning and energy return. The sole confirms the same tread as the previous model, with flex grooves that increase the flexibility of the shoe without ever losing grip with the ground.
Because with the Sky 8 you will face any type of distance without any limits, taking advantage of maximum cushioning km after km.
Details:
WAVE
The Wave plate evenly disperses the impact shock ensuring the perfect combination of cushioning and stability and thus minimizing the risk of injury.
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.
Smooth Stretch Woven
Double layer engineered mesh upper, soft on the inside for maximum comfort, and elastic on the outside for better foot hold inside the shoe.
Mizuno Enerzy NXT
Latest version of the Enerzy compound, designed to maximize energy return and cushioning for optimal performance.