La Sportiva Women's Katana Lace Rock Climbing Shoe White/Black

Product description

The Katana Lace Women's, despite its downturn shape, is a comfortable all-day climbing workhorse that performs well on slabs and can easily twist into thin cracks but excels outside on steep single or multi-pitch routes. The slightly downturned toe and subtle asymmetry ensures you can hook into pockets or exploit the tiniest edges while providing unrivaled comfort for the level that it performs at. The Katana Lace is a veritable edging machine now available in Men’s and Women’s styles.

Features

• Revolutionary tubular construction with P3® technology provides ultimate comfort and performance.
• Highly breathable tongue works in conjunction with the shoe lining for moisture management.
• Outsole design varies between the men’s (full-length) and the women’s (half) to support climbers of all weights and sizes.
• Updated heel pattern with increased rubber coverage improves grip while heel hooking.
• Narrower heel sole design improves heel hooking precision while maintaining the same known fit & feel.
• Constructed without intentionally added PFAS

Specs

ITEM: ZFCS030
SIZES: 33 - 42
WEIGHT: 7.5oz / 215 g
LAST: PD 55
SHAPE: Medium asymmetry, moderate downturned shape
CONSTRUCTION: Slip lasted tubular construction
LACES: 100% Recycled Polyester
UPPER: Microfiber & Leather
LINING: Pacific (forefoot and back)
MIDSOLE: 1.1mm full-length LaspoFlex with P3® System
SOLE: 1/2 sole contains 4mm Vibram® XS Grip2™
SENSITIVITY: (1 = LESS SENSITIVE; 5 = MORE SENSITIVE): 3
RIGIDITY: (1 = SOFT; 5 = STIFF): 3

Technology

ECO Materials

Footwear made from recycled or environmentally responsible materials

P3® System

Randing system that starts under the toes and wraps around the whole foot to maintain the profile and shape of the toe box throughout the life of the shoe

ReSole Me

Extend the life of your footwear by resoling at a La Sportiva approved cobbler

Vibram® XS Grip2™

Rubber compound developed for maximum grip and friction while delivering precise support and stability