The North Face Driftview Anorak Pullover Dam Blå | NF0A57B3G

Waterproof
This fabric provides an impenetrable barrier to rain and snow for guaranteed dryness.
Breathable
Our unique fabric technology allows air to pass through the fabric, helping to regulate body temperature and keep you cooler for longer.
Windproof
This fabric blocks wind from penetrating the garment, greatly reducing the effects of wind chill.
Recycled material
This product is made with recycled materials, which helps to reduce landfill waste and minimise its impact on nature.

Standard fit: This garment is true to size for an easy, comfortable fit.
Whether riding on piste or through the trees, the Driftview Anorak is built for the mountains. The two-layer DryVent™ shell fabric is waterproof, windproof and breathable. But if you’re really charging, you can use the underarm vents to let off that extra steam. There are plenty of pockets for stashing your lift pass and energy bars – including one that snaps open on the wrist – as well as a helmet-compatible hood with adjustable drawcords. Combine this anorak with a base and midlayer for long-lasting warmth in freezing mountain conditions.

Details
Fabric - Body (Solid Colours) : 177 G/M², DryVent™ 2L—100% Recycled Nylon with Non-PFC Durable Water-Repellent (Non-PFC DWR) Finish
Fabric - Body (Printed Style) : DryVent™ 2L—100% Polyester with Non-PFC Durable Water-Repellent (Non-PFC DWR) Finish
Fabric - Lining : 50 G/M², 100% Polyester
Centreback : 72,39 cm
Avg Weight : 742 g

Intended Use
Skiing and snowboarding

Feature
Waterproof, breathable, seam-sealed DryVent™ 2L shell with a non-PFC DWR finish helps keep you dry
Attached helmet-compatible hood with a drawcord for adjustability
Covered, reverse-coil centre front half zip
Side entry with a reverse-coil zip for easy on/off
Underarm venting for temperature regulation
Hook-and-loop-closure, top-access centre front pocket with cord routing
Secure-zip hand pockets
Snap-closure wrist pocke
Adjustable cuffs with hook-and-loop tabs
Internal hem cinch-cord with a single-point adjustment