Overview
Run without compromise in The North Face Women's Winter Warm Pro Jacket. This lightweight, slim-fit jacket is designed to withstand wind and light precipitation with its WindWall fabric and non-PFC durable water-repellent finish. The body-mapped Heatseeker Eco synthetic insulation, featuring hollow-core fibers, traps warmth while ensuring both performance and durability. A zippered internal stash pocket keeps your essentials secure on your trek and can be used to pack the jacket when the sun comes out and the temperatures rise.
Features
Sustainable ClothingSustainable Clothing
ThumbholesThumbholes
PackablePackable
Full-ZipFull-Zip
Temperature RangeTemperature Range Learn More
Cold
Moderate
Hot
Temperature Range
- Hot: Apparel that is designed with lightweight, breathable fabrics that manage moisture for when the temperature rises.
- Moderate: Apparel that provides additional coverage to keep you warm in cooler weather while still giving airflow to regulate body temperature and prevent overheating.
- Cold: Clothing that provides a high level of fleece or thermal protection and insulation to help maintain your body's core temperature in colder weather.
Product Details
Model Number: NF0A8DKC-BQ1
Features
- Slim fit
- Wind and water-resistant lightweight jacket
- Light thermal polyester knit fabric
- Body-mapped Heatseeker Eco synthetic insulation
- WindWall fabric wind protectant fabric
- Full zippered front with stand collar
- Internal zippered mesh stash pocket
- Elastic bindings at bottom of the main hem and sleeves
- Thumbholes
- Hanger loop
- Packable
- Reflective print and logos
Measurements
- Full-length zipper: 22.5 in / 57 cm (size small)
- Mock neck: 2 in / 5 cm
Storage
- Internal chest zippered mesh pocket: 5.5 in / 14 cm W x 8 in / 20.5 cm H, 5 in / 12.5 cm zipper opening
- Hand pockets (2): 5.5 in / 14 cm W x 12 in / 30.5 cm H
Fabric
- Main body: 95% polyester, 5% elastane
- Front panel/back yoke/lower back panel: 100% polyester
- Non-PVC DWR waterproof finish
- 75-100% recycled or sustainable materials