Scarpa Instinct VS Climbing Shoes

Combining a curved, asymmetrical fit with a soft construction and thin sole for enhanced flexibility and precision, the Scarpa Instinct VS Women's Shoe is the cornerstone of our Performance range, a versatile shoe that handles a variety of styles at the highest level. . The Instinct VS Women's Shoe has a modified heel cup to better fit lower volume feet and also uses softer and stickier XS Grip 2 rubber.

Scarpa Instinct VS Features

Bi-Tension™ active rand provides maximum toe strength

Vibram® XS Grip 2 for a softer, more flexible fit and feel

Floating power belt improves fit and provides strength

Rubber toe patch provides maximum toe hook strength

Perfect for bouldering, sport climbing and technical face climbing.

Midsole : Flexible 1.0 mm

Material : Synthetic

Weight : 230G (40 Number / Single)

Outsole : Vibram® XS Grip2 (3.5 mm)

Symmetry : Asymmetric

Sole Rubber : Vibram® XS Grip2

Upper : Microsuede + Leather

Scarpa Instinct Details

Bi Tension System

The Bi-Tension system is a stretched rubber wrap that extends down both sides of the shoe. Prioritizes responsiveness and nuanced support. Tailored specifically to our slightly asymmetrical models, Bi-Tension passes under the front of the toes and pulls down along the sides of the foot, leaving the middle cushion for sensitivity.

Rubber Foot Patch

Rubber toe patch provides maximum toe hook strength.

Upper : Microsuede Multi-Panel (7) Upper Construction for Unmatched Fit and Performance

Midsole : Flexan 1.0 Midsole for Precision Support

Stretch : Bi-Tension Active Rand Rubber Coating Extending to Both Sides of the Shoe

Outsole : Vibram XS Edge Provides Good Grip and More Durability

Scarpa Instinct Technologies

Vibram XS Grip2

VIBRAM® XS GRIP2 provides excellent friction with enough stiffness for moderate edging.

Vibram

Vibram® is a global leader in high-performance rubber soles and compounds targeting the outdoor, work, leisure, fashion, repair and orthopedic markets.

BI Tension System

This tensioning system uses a reverse sling fixed below the critical toe area to connect directly to the heel area. The patent-pending system actively draws power from the toes to deliver higher performance without pinching your toes forward.