Mizuno Wave Rider 17 Running Shoes - 9.5
Buy from Amazon.co.uk : http://www.amazon.co.uk/gp/product/B00JOF380G?tag=1001consej026-21
Mizuno Wave Rider 17 Running Shoes - 9.5
SR Touch - A finer density cushioning compound in the heel absorbs impact stress better than previous technologies
U4iC - A lightweight midsole compound delivers effective cushioning through a format that is 30 lighter than the previous AP midsole technology
Dynamotion Fit - Through extensive research Mizuno have discovered that traditional footwear distorts in the collar and heel during the gait cycle resulting in heel slippage and a poor fit This technology relieves the stress the foot naturally places on footwear thereby eliminating discomfort for a perfect fit
Mizuno Intercool - An innovative full-length ventilation system delivers outstanding breathability and comfort
Mizuno Wave - Provides cushioning by dispersing impact forces across a larger surface area Stability is afforded by differing constructions of the lateral and medial sections of the outsole whereby midsole compression is resisted in high pressure areas namely the medial side This dynamic method of managing overpronation is far less intrusive than traditional medial posts
Mizuno Wave Rider 17 Running Shoes - 9.5
SR Touch - A finer density cushioning compound in the heel absorbs impact stress better than previous technologies
U4iC - A lightweight midsole compound delivers effective cushioning through a format that is 30 lighter than the previous AP midsole technology
Dynamotion Fit - Through extensive research Mizuno have discovered that traditional footwear distorts in the collar and heel during the gait cycle resulting in heel slippage and a poor fit This technology relieves the stress the foot naturally places on footwear thereby eliminating discomfort for a perfect fit
Mizuno Intercool - An innovative full-length ventilation system delivers outstanding breathability and comfort
Mizuno Wave - Provides cushioning by dispersing impact forces across a larger surface area Stability is afforded by differing constructions of the lateral and medial sections of the outsole whereby midsole compression is resisted in high pressure areas namely the medial side This dynamic method of managing overpronation is far less intrusive than traditional medial posts