The Tech parka is fully equipped for your everyday winter activities. Its clean design, long fit and warm insulation make it comfortable and stylish. This is our most versatile jacket, whether you´re in the city or the mountains.Features:- Knit cuffs- Interior security pocket- Hand and chest pockets- PFC-free DWR- Athletic fit- DRYOsphere 2L- DUROloft ECO- Hand & chest pockets- Security zipped interior pocket- 3D molded Scott icon on sleeve- YKK Vislon® Aquaguard® 2-way zipEco-features:- Re-source product- Recycled content- PFC-Free DWRSpecifications:Composition:- Shell: 100% Polyester (recycled)- Lining: 100% Polyester (recycled)- Padding: 100% Polyester (recycled)- Insulation: Duroloft Eco- Fit: Athletic- Approx. Weight: 1000g- Waterproofness: 10.000 Mm (jis L1092 B)- Breathability: 10.000 G/m2/24hrs (jis L 1099 B1 -inverted Cup)Technology:Duroloft Insulation:- DUROloft insulation traps warmth in air pockets, providing great thermal insulation / DUROloft Eco has the same properties as DUROloft but is made of recycled and recyclable fibers / DUROloft Bio is a mix of wool and Polylactic acid fibers, a bioplastic derived from renewable resources. DUROloft combines the great thermoregulating and antibacterial proprieties of wool with the lightness and quick-dry properties of synthetic fiber. All DUROloft insulations are available in different weights and combined with different fabrics, to cater for all your outdoor activities.DRYOSPHERE:- DRYOsphere fabrics provide 10,000/12,000 a waterproof/windproof/breathable barrier, protecting you from the elements. This technology acts as a shield against water and wind, while enabling vapor to escape, keeping you dry and comfortable in any condition.Waterproof:- Featured On The Dryosphere Hangtag. Represents A Fabric's Ability To Resist Water And Help Stay Dry.Windproof:- Featured On The Dryosphere Hangtag. Represents A Fabric's Ability To Resist Wind And Help Stay Warm.breathable:- Featured on the DRYOsphere hangtag. Represents a fabric's ability to aid in regulating body temperature by enabling vapor to escape.