PAS NORMAL STUDIOS Mechanism Thermal LS Jersey - Hazel
The PAS NORMAL STUDIOS Mechanism Thermal LS Jersey in Hazel is designed to provide optimal comfort and performance without bulky layers. Made from technical fabrics with a highly aerodynamic fit, this jersey is perfect for all-season riding. The chest and frontal arm panels are wind and water repellent, while the back panel is breathable fleece. DWR treatment enhances hydrophobic properties to prevent moisture absorption.
- Technical fabrics
- Highly aerodynamic fit
- Wind and water repellent panels
- Breathable fleece back panel
- DWR treated for increased hydrophobic properties
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From $99.07
Original: $283.06
-65%PAS NORMAL STUDIOS Mechanism Thermal LS Jersey - Hazel—
$283.06
$99.07More Images
PAS NORMAL STUDIOS Mechanism Thermal LS Jersey - Hazel
The PAS NORMAL STUDIOS Mechanism Thermal LS Jersey in Hazel is designed to provide optimal comfort and performance without bulky layers. Made from technical fabrics with a highly aerodynamic fit, this jersey is perfect for all-season riding. The chest and frontal arm panels are wind and water repellent, while the back panel is breathable fleece. DWR treatment enhances hydrophobic properties to prevent moisture absorption.
- Technical fabrics
- Highly aerodynamic fit
- Wind and water repellent panels
- Breathable fleece back panel
- DWR treated for increased hydrophobic properties
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The PAS NORMAL STUDIOS Mechanism Thermal LS Jersey in Hazel is designed to provide optimal comfort and performance without bulky layers. Made from technical fabrics with a highly aerodynamic fit, this jersey is perfect for all-season riding. The chest and frontal arm panels are wind and water repellent, while the back panel is breathable fleece. DWR treatment enhances hydrophobic properties to prevent moisture absorption.
- Technical fabrics
- Highly aerodynamic fit
- Wind and water repellent panels
- Breathable fleece back panel
- DWR treated for increased hydrophobic properties
