SCOTT Endurance +++ Women's Bib Shorts
Model : 421384
Key Features
- 2 back pockets
- Breathable mesh suspenders
- Comfortable soft touch
1. Kolor : black
2. Rozmiar
- Conquer the gravel tracks with the new SCOTT Endurance +++ bib shorts specially developed for adventure. The two practical rear pockets provide storage space for essentials, while the mesh suspenders ensure optimum ventilation. The soft feel of these bib shorts promises maximum comfort on any gravel trail.
-
Seat Padding
+++ Pro Padding Women -
Konstrukcja
DRYOxcell
DUROxpand -
Kompozycja/skład
Shell: 90% Polyamide 10% Elastane
Shell 2: 91% Polyester 9% Elastane
Insert: 80% Polyamide (recycled) 20% Elastane
Padding: 100% Polyurethane -
Dopasowanie
Slim
-
Cechy
2 back pockets
Mesh suspenders for better ventilation
Soft touch for a great wearing comfort -
Rozmiar
EU XS-EU XXL -
Care Instructions
Machine wash: Normal treatment (max. 30°C)
Do not bleach
Do not tumble dry
Iron with low heat (max. 110°C)
Do not dryclean
Do not use fabric softener
Turn inside out before washing
DRYOxcell
DRYOxcell is a quick-dry technology that wicks moisture away from the skin and disperses it in the fabric over a larger area, protecting against saturation. This accelerates evaporation and keeps you drier for longer.
DUROxpand
A four-way stretch fabric, DUROxpand gives you the freedom of movements and flexibility for adventures that require a greater tange of motion.
4-WAYSTRETCH
Featured on the DUROxpand hangtag. Represents a fabric’s ability to stretch in four directions, allowing more freedom of movement.
+++ PRO PADDING
The SCOTT +++ PRO Padding is our optimized chamois in collaboration with Elastic Interface to provide the best comfort during road and offroad long distance rides. With its innovative multidirectional curvature and smooth surface, the SCOTT +++ PRO Padding delivers improved fit and saddle stability. Comfort for long-distance rides is ensured by high density bio sourced foam in the perineal and ischiatic area, while the X-Tract fabric and the perforations on the surface allow for reduced moisture and higher air permeability.
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