









Durable mountaineering trousers - Women -
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Designed to meet the challenges of high mountain conditions, these trousers offer an unrivalled level of durability, breathability andwaterproofing. The ergonomic cut provides the freedom of movement needed to cope with climbs and the triple-layer fabric has been enhanced with nylon to make it more resistant to rubbing against rock faces.
The integrated stretch gaiters allow for a perfect fit with all types of mountaineering boots. These trousers come with removable straps, so that they stay in place, whatever your shape. And if you like to keep your personal belongings close at hand, the secure thigh pocket is sure to come in handy.
The North Face collection - Autumn/Winter 2021/2022


- Standard cut
- Windproof and breathable
- Removable shoulder straps
- Elastic waistband with adjustable tabs
- 2-way zipped closure
- Thigh pocket with interior attachment
- Leg reinforcements
- Adjustable built-in gaiters
Composition:
- Main fabric: 93.3% Nylon, 6,7% elastane, FutureLight™ 70D - 168g/m2
- Bottom hem: 100% Nylon, 420D x 500D - 230g/m2
- DWR water-repellent treatment
| FutureLight™ 3L | This cutting-edge technology, born from the needs of the greatest athletes, is based on a unique process developed by the brand: it aims to adapt the benefits provided by each product by modulating the spinning of the membrane and the density of the fabric, in order to perfectly meet the requirements of each practice. Each membrane is constructed using an exclusive, custom-made nano-filament weave integrated into the fabric with a DWR water repellent treatment. This design process offers exceptional breathability, proven waterproofing, unparalleled comfort in use due to the softness of the fabric, and excellent material durability. The manufacturing promotes the brand's eco-responsible approach, which is at the heart of its concerns in the development of this innovation, by integrating 90% recycled materials into the products, by opting for a PFC-free DWR treatment and plasma lamination requiring reduced water consumption. |