




Trail shoe - Women -
The W's Kinabalu Ultra RC from Scott is a lightweight and dynamic women's tail shoe, perfect for tackling super steep courses.
Its midsole is equipped with AeroFoam+ technology to improve the shoes' longevity without making them heavier. The outsole is constructed from Hybrid Traction rubber for good traction on all types of terrain, therefore allowing you to go anywhere and in any weather.
With this clever blend of technologies, Scott has come up with a more stable, more dynamic shoe with unparalleled traction for enhanced performance on unstable terrain. Based on 3 notable innovations, the W's Kinabalu Ultra RC is here to offer you an unparalleled racing experience.
Finally, for a versatile grip, the sole has been designed with specific ergonomics, combining both herringbone studs for optimal power transfer in a straight line and conical studs to ensure multidirectional support and complete stability.
For comfortable yet high-performance runs on fast trails or Ultras, there is no doubt that the W's Kinabalu Ultra RC is the best choice.


- Seamless Engineered Ultra mesh upper
- eRide cushioning provides a dynamic stride and more effective heel protection
- Midsole made of Kinetic Foam
- Hybrid Traction rubber outsole
- Toe guard
- Thermoplastic Polyurethane Support Cage
- Racing footbed specifically designed for women
- Ventilated engineered mesh tongue
- Weight of the pair: 460 g
- Drop: 8mm
- Heel: 29mm
- Forefoot: 21mm
Technology:
- Hybrid Traction: Optimized outsole for fast running with minimal energy expenditure. Combination of chevron lugs for straight-line traction, and conical lugs for multi-directional traction to allow you to take on corners at high-speed.
- Kinetic Foam: This innovative technology returns 14% more energy than traditional EVA foam. For comfort, stability and dynamism.
- eRide: The unique shape of the shoe creates a stable mid-stance, promoting a fast and more efficient running style when every second counts. In short, the eRide promotes a more dynamic running position to limit heel strike impacts.
