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W Descendit Jacket TNF Black
Breathable ski jacket - Women - Descendit - The North Face - Autumn-Winter 2024/2025
Other colors available
60 days to change your mind
No subject to promotional offersThe Descendit Jacket TNF Black from The North Face is a warm, lightweight women's ski jacket that's perfect for all types of slopes.
Featuring a brand-designed DryVent™ membrane, this waterproof and waterproof jacket protects you from the elements so you be comfortable in any weather. The removable snow skirt offers extra protection. Its helmet-compatible hood helps you fit it perfectly to your equipment. The Heatseeker™ Eco insulation will keep you warm even in extreme conditions.
This sporty jacket combines technical features with style.
The North Face Collection - Autumn-Winter 2024/2025
- Central zip closure
- Helmet compatible fixed adjustable hood
- 2 zipped hand pockets
- Zipped chest pocket
- Wrist pocket
- Internal phone pocket
- Adjustable cuffs
- Underarm ventilation zips
- Snow skirt with press studs
Materials:
- 133 g/m² DryVent™ 2L - 100% polyester recyclé
- PFC-free DWR water-repellent treatment
- Heatseeker™ Eco 80g insulation - 70% recycled polyester
| DRYVENT™ | The DryVent™ material prevents moisture from entering, keeping you dry. It is also designed to allow water vapour to escape in the case that it does enter. The result: a completely waterproof, windproof and breathable piece. |
| HEATSEEKER™ | High performance insulation made from 100% recycled polyester fibres. Highly compressible with an excellent warmth-to-weight ratio, it is extremely durable, water repellent and hypoallergenic. This insulation provides an eco-friendly option. At the same time, it is still subject to the rigorous testing standards and specifications that follow the outstanding tradition of Heatseeker™. |
| DWR |
The durable water-repellent (DWR) finish repels light rain and snow and speeds up fabric drying time. In addition to the waterproof/breathable membrane, the durable water repellent (DWR) finish prevents the fabric from becoming soaked so that the membrane can function effectively. |
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