SCOTT Kinabalu Enduro Shoe
Model : 242022
1. Color : yellow/orange
2. Size
Select a location
Availability for:
{{searchResult.productName}}
Please Note
- Sorry but the product is not available in your area
-
{{store.storeName}}
{{store.storeDistance}} km - {{store.storeAddress}}Available
- The SCOTT Kinabalu Enduro features a Kurim shell around the upper and a rockplate in the midsole to protect runners during fast segments on technical terrain or loose rocks. The seamless one piece upper offers comfort during easy transitions, while the VIBRAM MEGAGRIP will keep the runners secured on all surfaces.
-
Range of use
Enduro -
Composition
UPPER: Mesh/KPU
LOWER: AeroFoam+/Rubber -
Heel
28mm -
Forefoot
17mm
-
Heel to forefoot drop
11mm -
Features
Protective High Abrasion Casing
Seamless One Piece Upper
Rock Protection Plate
Vibram Megagrip -
Size
US 7-13 -
Approx. weight
380g
eRide tuned mid-sole
Dynamic stability is the body’s own way to run efficiently and safely over uneven terrain. The eRIDE TUNED midsole has strategic flex zones to provide asymmetric flexibility and enhance ground adaptation while a EVA foam provides cushioning.
ERIDE TUNED ADAPTS LIKE THE HUMAN FOOT TO OFFER GREATER ADAPTION AND DYNAMIC STABILITY
Seamless one-piece upper
The one-piece KPU upper hugs and adapts to your foot offering all day comfort and support when you need it most. The KPU mold offers best in class abrasion residence and durability.
vibram megagrip
VIBRAM is the world leader in high performance rubber soles. The MEGAGRIP sole offers unparalleled grip on wet and dry surfaces, superior grip with rugged longevity and optimal balance of stability and flexibility for ground adaptation.
eRide tuned
Enhancing trail runner’s efficiency by making a midsole more adaptive to rugged and uneven grounds. Building on the existing eRide geometry we have TUNED the ride by including strategic flex zones to provide asymmetric flexibility and enhance ground adaption while multi-functional and multi-directional lugs provide traction on a multiple of surfaces.