Women's climbing shoes SCARPA Instinct VS blue 70013-002/1 (70013-002/1)

SCARPA Instinct VS women's climbing shoes black/aqua are advanced footwear designed for demanding climbs. The upper, made from a combination of suede leather and microfiber, ensures durability and comfort. These materials perfectly blend breathability with toughness, making the shoes ideal for both short climbing sessions and longer expeditions.

Performance and traction thanks to Vibram® technology

The SCARPA Instinct VS women's climbing shoes black/aqua feature an outer sole made of 3.5 mm Vibram® XS Edge and 2.2 mm Vibram® XS Grip2. This combination provides excellent grip and precision on a variety of rock surfaces. The high-quality Vibram® rubber not only enhances traction but also ensures optimal durability, which is crucial during intensive use.

Innovative Bi-Tension construction

The use of Bi-Tension technology in the SCARPA Instinct VS black/aqua shoes allows for efficient energy transfer from the toes to the heel. Thanks to this technology, the shoes offer greater power and precision during climbing while minimising foot fatigue. Bi-Tension provides excellent support for the foot without restricting its natural movements, which is important for maintaining comfort and performance.

Practical Velcro fastening

The SCARPA Instinct VS black/aqua features a practical Velcro fastening that allows for quick and easy adjustment to the foot. This type of closure provides stability and security during use, which is important in dynamic climbing situations. With medium stiffness, the shoes offer the perfect balance between sensitivity and support, making them a versatile choice for various climbing styles.

SCARPA Instinct VS women's climbing shoes - features:

• Upper made from durable suede leather and microfiber;
• 3.5 mm Vibram® XS Edge sole providing excellent grip;
• 2.2 mm Vibram® XS Grip2 sole enhancing precision;
• Bi-Tension technology increasing climbing power and precision;
• Practical Velcro fastening for easy adjustment;
• Medium stiffness for optimal support and sensitivity.