M Recycled Mcmurdo Aviator Navy
60 days to change your mind
No subject to promotional offersIconic model of the brand, the men's M Recycled Mcmurdo Aviator Navy long parka by The North Face is warm, waterproof and allows you to face the harshness of winter by combining technicality and style.
The Recycled Mcmurdo model is made of 100% recycled Nylon, nature lovers will love it. With its name derived from the largest community in Antarctica, the Mc Murdo protects those facing extreme winter conditions.
Its waterproof material, including a Dryvent membrane, represents a real protective barrier against the rain, wind and snow, keeping you dry over the long term. This technology also provides optimal moisture wicking properties, ensuring comfort and freshness all day long. The goose feather insulation ensures unparalleled warmth, even in freezing conditions.
Its hood and faux fur are both detachable and adapt to suit your needs.
With its many pockets, this technical, functional and versatile jacket will accompany you all winter.
The North Face Collection - Fall-Winter 2020/2021
- Central zip closure with flap pressures
- Removable hood
- Synthetic Removable fur
- Two zipped chest pockets with flaps
- Two large hand pockets with double entry flaps
- An inner media pocket
- A pocket on the sleeve
- cuffs adjustable with velcro tabs
- Drawstring at hem and waist
- Weight: 1790g
Composition:
- Shell: Dryvent™ membrane, 100% recycled Nylon 159 g/m2 with PFC-free DWR treatment
- Insulation : Goose down, Cuin 550, RDS certified
| DryVent™ | The DryVent™ material prevents moisture from getting inside, keeping you dry. It is also designed to allow water vapour to escape from the inside to the outside. Result: a completely waterproof, windproof and breathable piece. |
| DWR | The durable water repellent finish (DWR) repels light rain and snow and reduces the fabric drying time. In addition to the waterproof/breathable membrane, the durable water repellent (DWR) finish prevents the fabric from becoming soaked with moisture so that the membrane can function effectively. |
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