Scarpa Mescalito Approach Shoes – Ocean/gray

Technical approach shoe

The Mescalito is the classic approach shoe. The water-repellent leather upper with an elastic cuff provides maximum comfort. The cushioning EVA midsole, as well as the Vibram® sole, provide the best stability and an excellent feel. The climbing zone in the toe area is ideal for short climbing inserts. The lacing system adopted from the climbing world, which extends to the toes, guarantees the best possible fit and thus brings the best control and power transmission in climbing passages. Whether you wear the Mescalito to technical approaches, easy climbs or via ferrata, the shoe will always guarantee you the best approach.

Features of the Scarpa Mescalito approach shoe

• UPPER MATERIAL: Water repellent suede leather with a soft stretch textile tongue and cuff for ideal comfort. A lightweight and durable PU Tech scree guard and rubber toe cap for extra protection.
• LACING: Adopted from the climbing world, extended lacing system that extends to the toes ensures the best possible fit.
• SOLE: Dynamis LB sole with Vibram® Lite Base Technology and outsole with Vibram® Megagrip rubber compound for best stability at low weight.

Technical details

Sole:

• EVA heel insert with high density for better support.
• Medium density EVA midsole for cushioning, lightness and increased stability.
• Ergonomic TPU element in midfoot for optimal torsion control
• LITEBASE – Up to 50% thinner sole base, up to 30% lighter outsole, unchanged outsole VIBRAM Performance
• Outsole Vibram with exclusive design of SCARPA® MEGAGRIP Rubber compound for high grip in any terrain
• Design for flexibility and propulsion. Vertical notches for support

ACTIV FIT:

ACTIVfit is a construction system that is used to develop different lasts, soles and models specifically adapted to men’s and women’s feet, offering maximum performance for different outdoor activities.

ACTIV IMPACT:

The ActivImpact technology is a construction that uses different materials to increase the cushioning properties while improving the energy of the rollover.