ASICS GEL-Nimbus 22 (Black/Black) Womens Running Shoes

The updated mesh upper, modern supportive technology, and responsive outsole of the ASICS GEL
- Nimbus 22 running shoes will have you performing better on every run. Predecessor: GEL
- Nimbus 21. Support Type: Neutral to underpronation (supination). Cushioning: Lightweight, flexible response. Surface: Road. Heel/Toe: 27 mm/14 mm. Differential: 13 mm. Engineered mesh upper is designed with multidirectional material for a secure but comfortable fit and improved ventilation. Lace
- up closure with discrete eyelets to disperse lace tension for a customized fit. Breathable fabric lining promotes a great in
- shoe feel. Removable Ortholite X
- 40 premium sockliner features higher rebound properties while providing excellent moisture management and a high
- level of breathability. I.G.S employs linked componentry to boost the foots natural gait from heel strike through toe
- off. SpevaFoam 45 lasting employs 45
- degree full
- length lasting material for a soft platform feel and improved comfort. FlyteFoam Lyte Technology midsole provides continuous cushioning and underfoot support due to organic nano fibers that help prevent packing out. Rearfoot and forefoot GEL cushioning systems attenuate shock during impact and toe
- off phases, and allowing movement in multiple planes as the foot transitions through the gait cycle. Revolutionary FlyteFoam Propel technology in the midsole creates a lightweight, responsive ride. Plus 3 midsole adds 3 mm of additional height on womens models helps relieve Achilles tension. Guidance Line technology uses a vertical flex groove to decouple the tooling along the line of progression for maximum stride efficiency. Guidance Trusstic System supplies enhanced gait efficiency without compromising mid
- foot structural integrity. HG10MM Heel Gradient shifts body mass forward reducing the strain on lower limbs. AHAR rubber outsole delivers cushioning, lasting durability, and reliable traction. Imported. Measurements: Weight: 11.2 oz Product measurements were taken using