W. Momentum Climbing ShoesRegular price $89.95 Sale price $44.95 Save $45.00
Designed to provide unparalleled comfort for all day cragging and gym sessions, the Momentum is a two-strap Velcro shoe built with a women’s specific last and combines innovative technology with a classic, flat-last design to create an entry-level shoe that excels in performance. With an upper fabric that consists entirely of Black Diamond's Engineered Knit Technology, the Momentum provides stretch where you need it, support where it matters and all around exceptional breathability. A micro-fiber liner to the front of the shoe minimizes stretch and maximizes comfort. The Momentum’s durable rubber is unique in that it’s molded—inspired by the way BD forges their carabiners—versus cut from one sheet of rubber. This engineered solution optimizes the shoe’s rubber and rands for weight, consistency and comfort. Built for all-day comfort on moderate routes, boulders or gym sessions, the Momentum features a soft-flex midsole for sensitivity and is the perfect entry level climbing shoe.
W. Focus Climbing ShoesRegular price $174.95 Sale price $89.95 Save $85.00
Engineered to provide laser precision on routes and boulder problems that require absolute focus, this Velcro, high-performance shoe has a slightly downturned, women’s specific last for edging prowess on steeper terrain. With the highest grade European leather upper and Black Diamond's Engineered Knit Technology tongue, the Focus provides breathability and durability. Printed high friction rubber on the vamp area of the shoe—this innovative process minimizes bulk while maximizing dexterity and grip for toe-hooking. The sole of the Focus is BD's stiff, durable NeoFriction Force rubber that’s molded—inspired by the way they forge their carabiners—and not cut from one sheet of rubber. This is BD's engineered solution to optimize the shoe’s rubber and rands for weight, consistency and comfort. The Focus also features medial and lateral stabilizer rands to increase precision by keeping your foot from rolling when pressure is applied to the outside or inside edges.