Women's Asics GEL-CUMULUS 22 Running Shoes Black | GWAR-61345-AU

The GEL-CUMULUS® 22 running shoe is a recommended choice for neutral runners who want a soft, flexible everyday trainer with a great fit. This update features a one-piece upper mesh that's combined with a seamless 3D print construction, which balances support and comfort around the foot — giving you an excellent fit right out of the box. The FLYTEFOAM® technology midsole is softer than the previous version to promote a pillowy ride. Under heel where the foot first hits the ground has been redesigned to better isolate impact. This new heel design has deeper forefoot flex grooves and a softer midsole foam to give you a soft ride. A hard-wearing AHAR® rubber outsole compound has been placed in key contact areas to help the GEL-CUMULUS® 22 shoe stand up to a ton of miles.
3D Print Upper: Increases forefoot support and comfort
FLYTEFOAM® Midsole Technology: Our FLYTEFOAM® technology provides exceptional bounce back and responsiveness no matter the distance, utilizing organic super fibers to help reduce packing out that traditionally happens with softer, low density foams.
FLYTEFOAM® Propel Technology: ASICS energetic foam formulation that provides supreme bounce thanks to a unique elastomer compound.
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.
Guidance Line® Midsole Technology: Vertical flex groove decouples the tooling along the line of progression for enhanced gait efficiency.
Ortholite® X-40 Sockliner: This premium sockliner features higher rebound properties while providing excellent moisture management and a high-level of breathability (Ortholite is a registered trademark of ATP Manufacturing LLC.)
AHAR Sponge: ASICS high abrasion resistant (AHAR) rubber on the outsole that is softer and lighter to deliver a plush ride, flexibility and overall comfort.
Reflectivity: Special reflective material designed to enhance safety and visibility in low light conditions