Scott Kinabalu trail running shoes

Training or exploring, stay quick on your feet with the Kinabalu Trail. Featuring our newly-developed Kinetic Fusion Foam midsole for responsive cushioning and a versatile traction outsole for steady footing, this shoe is precision engineered to be fast fun and agile, answering every challenge the trail throws your way. Designed with a low-volume fit, the Women´s Kinabalu Trail shoe offers tailored comfort and support, giving you the freedom to express yourself on every run.

Features:

- Ripstop Mesh Upper
- Light and durable foam
- Outsole for varied ground

Specifications:

- Upper: Polyester (PES)
- Upper Overlays: Thermoplastic Polyurethane (TPU) - Polyurethane (PU)
- Upper Tongue: Polyester Engineered Mesh
- Lining: Polyester (PES)
- Midsole: Ethylene vinyl acetate (EVA) - Polyether Block Amide (PEBA)
- Outsole: Rubber
- Footbed: Polyester (PES) - Ethylene vinyl acetate (EVA)
- Approx. weight: 220g

Technology:

Versatile Traction:
- With its fully redesigned lugs the outsole bites into the different levels of rocks, roots and trail features to optimize the ground contact and enhance traction. This outsole is ideal for hardpack rolling trails.

Kinetic Fusion Foam:
- Kinetic Fusion™ is our latest proprietary foam technology, engineered in-house to deliver the ultimate balance of lightness, responsiveness, and durability. By fusing EVA and PEBAX, we’ve created a high-performance midsole that absorbs impact, returns energy, and maintains consistent feel in all temperatures. Designed for the trail but built for any run, it offers a smooth, propulsive ride that keeps you moving effortlessly, no matter the distance or conditions.

Evolved Rocker2:
- Evolved Rocker2 (ER2) builds on 10 years of continued R&D, creating our most efficient running platform yet. ER2 applies our advanced understanding of biomechanical principles to promote a more dynamic running position, reducing heel strike impacts and increasing running efficiency. Simply put, you can run faster for longer, with less energy.