Description
Enjoy Luxurious Comfort And Exceptional Support With The New Gel-Kayano 27 Running Shoe. A New Breathable Upper Mesh Helps Keep Runners Cool, While The Sole Is More Flexible To Promote A More Natural Roll Through The Gait Cycle. This Starts In The Heel With Added Flex Grooves That Isolate Initial Impact To Force A Softer, Smoother Feeling At Foot Strike. At Midstance, The Foot Should Stop Pronating And Re-Supinate For An Efficient Toe-Off. To Help This Natural Motion, We Incorporate Duomax Technology To Help Support The Foot And Increase Stability For Runners Whose Feet Roll Inward Too Much (Overpronate). The Midsole Also Integrates A Gender-Specific Space Trusstic Technology, Which Provides Stability And Reduces The Overall Weight To Help Promote A Smoother Transition From Foot Strike To Toe-Off. This Added Stability Is Complemented By Deeper Forefoot Flex Grooves For A Smoother Roll Through Toe Off, Allowing The Shoe To Move Exceptionally Well With The Foot. Lastly, A Large Section Of Reflective Materials In The Rearfoot Helps Keep Runners Visible When Running In Low-Light Conditions. The Gel-Kayano 27 Model An Excellent Choice For Both Competitive And Noncompetitive Runners Looking For An Everyday Trainer That Combines Comfort With Support.
Dynamic DuoMax Support System – This evolution of DuoMax system enhances stability and support, with reduced weight and increased platform support.
SPACE TRUSSTIC Technology – Reduces the weight of the sole unit while providing stability and retaining the structural integrity of the shoe.
Outer Material: Synthetic Mesh
Sole: Foam
Closure: Lace-Up
Shoe Width: x_wide
Rearfoot and Forefoot GEL Technology Cushioning System – Attenuates shock during impact and toe-off phases, and allows movement in multiple planes as the foot transitions through the gait cycle.
FlyteFoam Propel Technology – ASICS energetic foam formulation that provides supreme bounce thanks to a unique elastomer compound.
Gender Specific Trusstic – Specifically designed trusstic system to cater to the differences in male and female biomechanics
