The Brage 2.0 jacket is a backcountry ski-touring and alpine skiing stretchy and flexible shell jacket.
Brage 2.0 has been refined to be an as durable, versatile, and sustainable 3-layer jacket as possible. It is fluorocarbon-free, made from our proprietary Oculus® 100% post-consumer recycled polyester (Pertex® Shield Revolve) and the weave of the fabric is stretchy and flexible. The jacket is reinforced with Duracoat™ for extra durability. It is also equipped with a detachable and adjustable powder skirt.
Advantages
The 3D-adjustable hood is constructed to follow the movements of your head closely and not obscure your field of vision
Angled two-way front zip with storm flap and Velcro for extra protection
Toggle and D-ring in front serves as a secondary closure mechanism and backup if the zipper fails
Adjustable bottom hem and sleeve cuff
Ventilation zips under arms that are angled for easy pulling
Jacket has pre-bent elbows and is constructed so the jacket will stay in place even when you raise your arms above your head
Detachable powder skirt
Features two lower zip pockets with storm flaps, and a chest pocket with inner mobile pocket
Reflective triangle at chest
RECCO® reflector for safety
Features
Fully Taped Seams
RECCO®
Waterproof
Windproof
Weight
820 g
Watercolumn
>20,000 mm
Moisture Vapor Permeability (MVP)
20 000 g/m²/24h
Excellent for
Climbing
Skiing
Brage 2.0 Series W's
Brage 2.0 is the series to go to when you want durable, yet soft and flexible, skiing equipment. All the features you need and meticulously designed. Let Brage 2.0 make your next skiing experience stellar.
Brage 2.0 Series W's
Brage 2.0 is the series to go to when you want durable, yet soft and flexible, skiing equipment. All the features you need and meticulously designed. Let Brage 2.0 make your next skiing experience stellar.
The Mass Flow Resistance (MFR) system helps you decide which wind and waterproof equipment to select for your next adventure. MFR combines the technical aspect of how easily air can pass through a fabric, and how much surrounding air will cool you, as well as how efficiently heat will be transported away.
