SCOTT Endurance Tech Women's Hybrid Shorts
Model : 403262
Key Features
- Lightweight
- Integrated inner shorts
- Secure back pocket
- Mesh back pocket
- Elastic waistband
1. Color : fir green/black
2. Size
SEK 849,00
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Delivery within 4-7 working days after order
Free shipping on orders above SEK 1500
Free return within 14 days
- The Endurance Tech Hybrid shorts feature integrated inner shorts in stretch mesh for a secure fit on your runs. Combined with a soft, flat elastic waistband, these shorts are unrivaled in comfort. You can take all your essentials with you in the zipped back pocket.
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Technologies
DUROxpand
DRYOxcell -
Composition
Shell: 88% Polyester (recycled) 12% Elastane
Shell 2: 73% Polyamide 27% Elastane -
Fit
Athletic -
Features
Hybrid construction
Lightweight
Integrated inner shorts in stretch mesh
Zipped back pocket
Comfortable stretch waistband
Reflective details
-
Eco-features
Recycled content
PFC-Free DWR -
Size
EU XS-EU XL -
Approx. weight
130g -
Care Instructions
Machine wash: Wool wash / very mild 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
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.
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.
PFC Free
Perfluorinated and polyfluorinated compounds, also known as PFCs, are a group of fluorinated substances that have long been used as durable water repellence for clothing in the outdoor industry are very bad for the environment because they are very stable, and do not easily break down in nature. Therefore, PFC free/ C0 DWR treatments have been developed. They are less durable but more sustainable.