Vasque Now Women's Climbing Shoes December Sky : 10.5 M, Textile

Vasque Now - Women's Climbing Shoes : December Sky : The primary materials that compose this product contain a minimum of 20 percent recycled content. ; Designed, developed, and tested for anywhere but inside, this shoe is best when taken outside. With a ripstop upper mesh that wraps around an internal half bootie construction, the superior comfort and support is immediate and consistent. The extended heel fit collar system with extra plush foam extends the comfort to your ankle. In addition, a thicker midsole derived from 20% sugarcane, and wider outsole base offers greater stability with each stride. Aggressive X-lite outsole lugs offer enhanced multi-directional traction allowing you to be anywhere outside. ; 100% recycled ripstop polyester mesh upper. ; Ethylene vinyl acetate insole. ; Designed for comfort and stability−with a wider heel and forefoot design and midfoot lockdown lacing system for secure support. ; High Energy Return ethylene vinyl acetate + 20% sugarcane midsole. ; This is an athletic fit with an anatomical shape, streamlined forefoot, and lower heel drop for a natural stance. The upper half-fit sleeve and midfoot lockdown, combined with a wider outsole and midsole platform, may make the fit feel more standard. ; Lace-up closure in a round toe silhouette. ; Padded collar for added support. ; 100% recycled content internal fit sleeve. ; 92% recycled content internal heel pod textile. ; 60% recycled content heel counter. ; Recycled content laces, and asymmetrical tongue construction for easy adjustability. ; GORE-TEX Invisible Fit fabric that provides maximum waterproofing and breathable comfort. ; Vasque R2T Outsole, Aggressive Xlite outsole lugs for enhanced micro multi-directional traction. ; Ethylene vinyl acetate outsole. ; Imported. Measurements: ; Weight: 11 oz ; Product measurements were taken using size 9, width M. Please note that measurements may vary by size. | Vasque Now Women's Climbing Shoes December Sky : 10.5 M, Textile