Women's climbing shoes SCARPA Vapor smoke/yellow (70074)

SCARPA Vapor smoke/yellow women's climbing shoes have been designed for intermediate users who expect a combination of technical precision and high comfort. This model is based on innovative technologies that enhance efficiency during climbing and provide grip on various rock formations.

Vibram XS Trek sole and Bi-Tension system

The outer sole is made from Vibram XS Trek rubber, ensuring optimal grip and durability when in contact with both natural rock and climbing panels. The SCARPA Vapor also features Bi-Tension technology, which provides precise energy transfer and effective use of toe power during climbing. The integration of the PAF system increases heel support, improving stability in challenging positions.

Upper construction and comfort

The shoe upper is made from high-quality fabric that allows dynamic adaptation to the shape of the foot while maintaining proper breathability. The soft stiffness of the construction translates into greater comfort during longer climbs, reducing foot fatigue. Traditional lacing enables precise adjustment of the shoe fit to the individual needs of the wearer.

Purpose and skill level

The SCARPA Vapor has been specifically designed for intermediate climbers seeking a balance between technical support and comfort during long training sessions and challenges. This model performs well in both sport climbing and on training walls, offering reliable functional parameters. The comfort and grip of this model allow you to focus on achieving ambitious climbing goals.

SCARPA Vapor smoke/yellow women's climbing shoes - features:

• Outer sole made from high-grip Vibram XS Trek rubber;
• Bi-Tension technology for effective toe power transfer;
• PAF system providing heel support and stabilisation;
• Upper made from breathable and flexible fabric;
• Traditional lacing system for precise fit adjustment;
• Soft stiffness construction reducing foot fatigue;
• High durability thanks to proven materials;
• Grip and stability on various types of surfaces.