Experience lasting comfort with GEL-NIMBUS® 22 running shoe. Packed with technologies to improve the performance of neutral runners, this iteration of this running shoe delivers a blend of cushioning and a responsive stride, featuring a softer GEL® cushioning unit in the heel for excellent shock absorption. Improved forefoot GEL® technology further reduces the load on feet, while the FLYTEFOAM® Propel technology in the midsole delivers more energetic ride. Featuring TRUSSTIC™ technology under the arch of the shoe, this thermoplastic piece provides stability, reduces weight and helps extend the life of the shoe. The lightweight, engineered mesh upper allows your feet to experience improved breathability, while offering a supportive and adaptable fit. Designed with high mileage runners in mind, the GEL-NIMBUS® 22 shoe implements more foam in the midsole to reduce the severity of harsh impact. Additionally, a lightweight AHAR® outsole reduces the overall level of wear, allowing you to spend more time focusing on your running workouts. Whether you’re a seasoned pro or a beginner, the GEL-NIMBUS® 22 performance running shoe is designed to deliver soft cushioning and a more responsive stride.
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.
Engineered monofilament upper
FLYTEFOAM® Propel Technology
ASICS energetic foam formulation that provides supreme bounce thanks to a unique elastomer compound.
EVA Sockliner
Removable sockliner that provides cushioning performance.
Lightweight AHAR™ outsole
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.
Engineered mesh upper improves breathability
AHAR® Outsole
Acronym for ASICS High Abrasion Rubber. Placed in critical areas of the outsole for exceptional durability.
Trusstic System® technology
Reduces the weight of the sole unit while retaining the structural integrity of the shoe.
