SCOTT Kinabalu Trail GTX Running Shoes Women - glacier grey/apricot pink

Train or explore with the Kinabalu Trail. With a newly developed Kinetic Fusion Foam midsole for responsive damping and a versatile traction outsole for consistent grip, this shoe is suitable for any surface. With the added protection of a waterproof and breathable GORE-TEX membrane, this shoe is precision-engineered to tackle any challenge the trail throws at you. The Kinabalu Trail GORE-TEX women's running shoe with a low fit offers tailored comfort and support, giving you the freedom to perform at your best on every run, whatever the weather.

Features of the SCOTT Kinabalu Trail GTX Women's trail running shoes

• Versatile traction
• Gore-Tex Invisible Fit
• ER2 – Evolved Rocker Technology
• Upper Overlays: Thermoplastic Polyurethane (TPU)
• Footbed: PU
• Outsole: Rubber
• Upper tongue: Polyester mesh
• Lining: Polyester mesh
• Heel: 33 mm
• Forefoot: 27 mm
• Drop: 6 mm

Details of the SCOTT Kinabalu Trail GTX Women's trail running shoes

Versatile traction

With completely redesigned lugs, the outsole grips reliably on a wide variety of surfaces, including rocks, roots, and various trail structures. This optimizes ground contact and improves traction. This outsole is particularly well suited for firm, slightly rolling trails.

Kinetic Fusion Foam

Kinetic Fusion™ is the latest internally developed foam technology designed to offer the optimal balance of lightness, responsiveness, and durability. The fusion of EVA and PEBAX creates a high-performance midsole that absorbs shock, returns energy, and maintains a consistent running feel in all temperatures. Designed for the trail but suitable for any type of running, it provides a smooth, forward-propelling ride that lets you move effortlessly forward regardless of distance or conditions.

Evolved Rocker2

Evolved Rocker2 (ER2) builds on ten years of continuous development and is the most efficient running platform to date. ER2 uses a deep understanding of biomechanical principles to promote a more dynamic running position, reduce heel strike impact, and increase running efficiency. In short, you can run longer and faster with less energy expenditure.