The Asics Gel Kayano 28 Platinum women's running shoes are suitable for medium-heavy runners with excessive pronation and with medium or medium-slow pace. Suitable for all distances.
The seamless mesh upper has been redesigned to ensure greater freshness and maximum breathability. The midsole has been improved through the inclusion of the FLYTEFOAM Blast compound that works in synergy with the FLYTEFOAM foam, ensuring maximum cushioning and energy return.
Because the Kayano 28 offers exceptional comfort and support even on the longest rides, protecting your every step!
Dettagli:
Forefoot GEL
ASICS GEL is a shock absorption system that uses silicone to satisfy the needs of both amateurs and professional athletes. Forefoot GEL reduces the force of the load during push, increasing performance and drastically reducing the risk of injury.
I.G.S.
The Impact Guidance System (I.G.S.) is an Asics design philosophy. It aims to make shoe components from rear to midfoot and forefoot to work together effectively to allow the body to perform in a natural manner. Asics designers strive to compliment, not correct, how the legs and feet move.
Rearfoot GEL
ASICS GEL is a shock absorption system that uses silicone to satisfy the needs of amateurs and professional athletes alike. Rearfoot GEL offers omni-directional shock absorption, it not only absorbs harmful shock, but helps to stabilize impact forces on the heel.
Trusstic System
The Trusstic System offers a bit more torsional rigidity for added support.
AHAR+
A thiner and lighter version of AHAR, but with the same resistant effects, the AHAR+ rubber is placed strategically over the outsole to improve strenght and reduce excessive wear.
Dynamic Duomax
Dynamic DuoMax Support System is a dual density midsole with a softer top layer for more sensory feedback and added comfort.
FlyteFoam
FlyteFoam is a very lightweight and durable new generation cushioning. The innovative formula of the foam is characterized by a combination of materials that increase foot release with a delicate push.