ASICS Women's Gel-Cumulus 20 MX Running Shoes, 11, Stone Grey/Black
Brand: ASICS
Color: Stone Grey/Black

Whatever your distance, ASICS GEL-CUMULUS 20 MX running shoes for women make the perfect training partners. Combining a casual design with our best performance running features, these shoes can help you go further and look good while you're doing it. Enjoy an extra spring in your step with our advanced technology, with energized cushioning including a layer of FLYTEFOAM Propel on top of the midsole, which combines lightweight foam with a high-energy return material for even greater bounce, giving you a real boost as you move. We've updated our design with a new lateral full contact outsole, ensuring a smooth ride from heel strike to toe-off. SPeVA Lasting technology offers an extra performance boost by transferring energy absorbed from impact with the ground into your next step. For added comfort, the GEL-CUMULUS 20 MX features an Ortholite sockliner as well as a more spacious toe box and wider forefoot for extra stability. The shoes include rear and forefoot GEL for cushioning and shock absorption, and a soft collar foam to keep feet and ankles comfy over long distances. Our Guidance line technology helps your feet stay aligned, reducing any imbalance caused by shifts in your center of pressure. Whether you're aiming for a 10k or a longer road race, ASICS GEL-CUMULUS 20 MX are the ideal choice for a comfortable and energetic ride all the way to the finish. Weight: 8.12. Heel Height: 22mm. Forefoot Height: 12mm.

I.G.S (Impact Guidance System) Technology - ASICS design philosophy that employs linked componentry to enhance the foot's natural gait from heel strike to toe-off.
Ortholite Sockliner -
SpevaFoam 45 Lasting - Employs 45 degree full length SpevaFoam 45 lasting material for a soft platform feel and improved comfort.
Reflectivity - Contains reflective materials designed to enhance visibility during low light hours.
FlyteFoam Propel Technology - ASICS energetic foam formulation that provides supreme bounce thanks to a unique elastomer compound.