Asics Ladies GEL Kayano 16 Shoes SS10

Asics Ladies GEL Kayano 16 Shoes SS10: Over the years the GEL-Kayano has grown to legendary status in the Asics family of shoes. Every year loyal wearers eagerly await to try the next evolution of the shoe they love. Its imperative each update still suits the consumer profile that loyal GEL-Kayano wearers have come to expect and trust. Were proud to say that the 16th GEL-Kayano once again delivers an outstanding ride for the moderate over-pronator. Because this is an IGS development the transition through the 3 phases of gait is very smooth and efficient. The newest Womens GEL-Kayano employs female specific technology that improves the running experience for Women. Impact Guidance System (I.G.S.) - Asics Design Philosophy. Employs linked componentry that enhances the foots natural gait from heel strike to toe-off. Rearfoot and Forefoot Gel Cushioning - Attenuates shock during impact and toe-off phases and allows movement in multiple planes as the foot transitions through the gait cycle. Comfordry Sockliner - Provides cushioning performance and anti-microbial properties for a cooler drier healthier environment. Guidance Line - Vertical flex groove decouples the tooling along the line of progression for enhanced gait efficiency. Soft Top Duomax - A next generation DuoMax system provides greater comfort and enhances gait efficiency. Discreet Eyelet - Improves upper fit while reduces possible irritation. Asymmetric Lacing System - An anatomically correct lacing environment that reduces potential for irritation and provides improved comfort and fit. 3MM Heel Raise - 3mm of additional height on womens models helps relieve achilles tension. Gender Specific Forefoot Cushioning - A top layer of injected Solyte provides a cushioned platform feel in the forefoot. Womens models feature a lower density for improved cushioning and forefoot comfort. Gender Specific Space Trusstic System - Recognizes the normal periodic changes in the shape of the womans arch and provides for the controlled deformation of the arch into the space within the system. Weight: 300g