Hiangle Climbing Shoe - Women's

Stealth C4 Rubber is a specialized rubber used in Five Ten climbing shoes, known for its exceptional grip and durability. This high-friction material allows climbers to maintain better traction on various surfaces, enhancing performance on both sport climbs and bouldering routes. Its unique formulation balances stickiness and stiffness, making it ideal for precise foot placements.

The downturned profile of the Hiangle is designed to position your toes downward, which maximizes power transfer to your toes when standing on small footholds. This design is particularly beneficial for steep or overhanging climbs, allowing you to apply more force and maintain better control on challenging routes.

An asymmetrical curvature means that the big toe is aligned more directly with the shoe's center, which enhances precision and power transfer during climbs. This design is especially beneficial for aggressive climbing, as it allows for better foot placement and control on difficult holds, making it easier to tackle challenging routes.

The microfiber upper is a lightweight and durable synthetic material that conforms to the shape of your foot, providing a snug fit without adding extra weight. This stretchable fabric enhances sensitivity and comfort, allowing climbers to feel more connected to the rock while maintaining a secure fit throughout their climbs.

The Bontex midsole adds support and stiffness to the Hiangle, which is crucial for effective power transfer when climbing. It helps protect your foot from sharp edges while providing the necessary rigidity to maintain stability on small footholds. This combination of support and protection enhances overall climbing performance.

Yes, the Hiangle is designed to excel in both sport climbing and bouldering. Its combination of Stealth C4 Rubber, downturned profile, and asymmetrical curvature allows for optimal performance on a variety of climbing styles. Whether you're tackling steep routes or challenging boulders, the Hiangle provides the grip and precision needed for success.