!@ Best Saucony Women's Kinvara 4 Running Shoe,Black/Pink,8 M US - Find out more reviews of Saucony Women's Kinvara 4 Running Shoe,Black/Pink,8 M US.
Product Description
Saucony Women's Kinvara 4 Running Shoe
Features:- Successor to the Kinvara 3.
- A minimalist running shoe built on a neutral last.
- Breathable open mesh upper.
- Flex Film™ is a thin, flexible and supportive film that is welded onto the upper to help reduce the number of layers.
- HydraMAX Lining is a fine fabric with superior moisture-managing properties, as well as great step-in comfort.
- Contoured foam sockliner offers lightweight underfoot cushioning.
- High-Abrasion EVA (EVA+) is an ultralightweight grade of EVA that provides durable cushioning.
- PowerGrid™ heel insert features GRID technology to help center the foot, absorb impacting shock and help distribute pressure for a smoother, more responsive ride.
- Memory foam heel pods are strategically placed to promote a snug fit.
- Midsole Differential: 4mm (heel-to-toe height differential, excluding strobe board and sockliner).
- XT-900™ carbon rubber outsole material delivers exceptional traction and long-lasting wear.
- Triangular lug design supplies cushioning and reliable traction over varied terrain.
- Imported.
- Measurements:
- Weight: 7 oz
- Product measurements were taken using size 7.5, width B - Medium. Please note that measurements may vary by size.
Saucony Women's Kinvara 4 Running Shoe,Black/Pink,8 M US
From Saucony
Product Details
- Size: 8 B(M) US
- Color: Black/pink
- Brand: Saucony
- Model: Kinvara 4-W
- Fabric type: Synthetic and Mesh
- Dimensions: .75 pounds
Features
- Flex Film welded to the upper to reduce thickness
- HydraMAX moisture-wicking collar lining
- PowerGrid technology effectively centers the foot, absorbs impact and distributes pressure, resulting in a smooth and responsive ride
- High Abrasion EVA (EVA+) lightweight alternative to rubber in the midsole and outsole construction
- XT-900 carbon rubber outsole material that offers exceptional traction and high-wear properties
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