SCOTT RC Pro Warm GORE-TEX +++ Women's Bib Tights
Model : 411029
Key Features
- Warmest full bib tights
- For the coldest conditions
- GORE-TEX INFINIUM™ WINDSTOPPER®
- Race fit for optimal performance
- SCOTT +++ Pro padding
1. 색상 : black
2. 치수
- The RC Pro Warm GORE-TEX +++ bib tights are our warmest full tights in the range. Strategically placed GORE-TEX INFINIUM™ panels with WINDSTOPPER® product technology in the front will keep your legs warm and protected from the wind. The race specific fit keeps a low profile.
-
제품구성
GORE-TEX INFINIUM™ garments with WINDSTOPPER® product technology -
사용소재
Shell: 57% Polyamide 28% Polyester 15% Elastane
Insert: 92% Polyester 8% Elastane
Insert 2: 80% Polyamide 20% Elastane
Padding: 100% Polyurethane -
핏
Slim -
특징
Windproof panels on front
Modern high waistband construction for high wearing comfort
Race fit for maximum performance on the bike
-
패딩
+++ Pro Padding Women -
사이즈
EU XS-EU XL -
Care Instructions
Machine wash: Synthetics wash / mild treatment, Permanent press (max. 40°C)
Do not bleach
Do not tumble dry
Do not iron
Do not dryclean
Wash and care your garment carefully to support & maintain the water repellent function
Turn inside out before washing
Do not use fabric softener
GORE-TEX INFINIUM™ WINDSTOPPER®
Products engineered with GORE-TEX INFINIUM™ WINDSTOPPER® product technology offer absolute windproofness while being extremely breathable. The latest enhancements to our GORE-TEX INFINIUM™ WINDSTOPPER® laminates are designed for exceptional skin comfort.
+++ 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.
