ASICS Women's Gel-Contend 5 SL Walking Shoes, 7.5, Black/Graphite Grey
Brand: ASICS
Color: Black/Graphite Grey
Categories: Clothing, Shoes & Jewelry, Women, Shoes, Athletic, Walking

The ASICS® GEL-Contend® 5 Walker is built for the daily walker looking for a walking shoe with versatile style and long-lasting stability. Predecessor: GEL-Contend 5. Support Type: Neutral to underpronation. Cushioning: Lightweight, flexible response. Surface: Road. Differential: N/A. Heel/Toe: N/A. Breathable mesh and synthetic upper materials. Laminate mid-foot cage provides structural support. Lace-up closure. Padded tongue and collar. Breathable fabric lining offers a great in-shoe feel. Ortholite® sockliner provides excellent underfoot support, comfort, and moisture management. AmpliFoam™ midsole is engineered to maintain durability at softer densities, providing better flexibility, comfort, and platform adaptability ideal for natural running. Rearfoot GEL® cushioning system attenuates impacting shock, allowing for a smooth transition throughout the gait cycle. HG10MM® Heel Gradient shifts body mass forward reducing the strain on lower limbs. Durable rubber outsole delivers reliable grip. Imported. Measurements: Weight: 9 oz Product measurements were taken using size 7, width B - Medium. Please note that measurements may vary by size. Weight of footwear is based on a single item, not a pair.

The ASICS&reg; GEL-Contend&#174; 5 Walker is built for the daily walker looking for a walking shoe with versatile style and long-lasting stability.
Predecessor: GEL-Contend 5.
Support Type: Neutral to underpronation.
Cushioning: Lightweight, flexible response.
Surface: Road. Differential: N/A. Heel/Toe: N/A. Breathable mesh and synthetic upper materials. Laminate mid-foot cage provides structural support. Lace-up closure. Padded tongue and collar. Breathable fabric lining offers a great in-shoe feel. Ortholite&#174; sockliner provides excellent underfoot support, comfort, and moisture management. AmpliFoam&#8482; midsole is engineered to maintain durability at softer densities, providing better flexibility, comfort, and platform adaptability i