Asics GEL-Kayano 20 Lite-Show - Put on a show wherever you go, with the eye-catching luminescence of the GEL-Kayano® 20 Lite-Show™ from ASICS®!
A night-ready version of the GEL-Kayano 20, SKU# 8191575.
Features an allover reflective upper and glow-in-the-dark GEL®.
Glow-in-the-dark GEL gives off 30 minutes of "glow time."
A running shoe built for the moderate overpronator who requires a combination of cushioning and enhanced stability.
Breathable, open mesh upper with durable and supportive synthetic overlays.
FluidFit™ upper technology combines multidirectional stretch mesh with stretch reinforcements that adapt to the foot to promote a glove-like fit.
Heel Clutching System™ is made up of an exoskeletal heel counter that promotes an improved fit and increased support.
Plush tongue and collar for added comfort.
Breathable fabric lining ensures a great in-shoe feel.
Molded foam insole for light underfoot cushioning and comfort.
I.G.S® (Impact Guidance System) is an ASICS design philosophy that employs linked componentry to enhance the foot's natural gait from heel strike through toe-off.
FluidRide™ midsole technology delivers a supreme combination of energy return and cushioning with reduced weight and optimal durability.
Rearfoot & forefoot Gel® cushioning systems work together to better attenuate impacting shock and allow the foot to move fluidly throughout the gait cycle.
Gender-Specific Forefoot Cushioning - A top layer of injected Solyte® for increased underfoot cushioning.
Dynamic DuoMax® System increases stability and support with reduced weight and enhanced platform comfort.
Plus 3™ - A gender-specific technology in which 3mm of height is added to help alleviate achilles tension.
AHAR® (ASICS High Abrasion Rubber) is known for its supreme durability and is strategically placed throughout high-wear areas of the outsole.
DuraSponge® forefoot outsole material is comprised of a blown AHAR® rubber for superior cushioning and long-lasting wear.
Guidance Trusstic System® integrates Guidance Line® construction to enhance gait efficiency while promoting mid-foot structural integrity.