- -40° C
- Special long walks outdoors in extremely cold conditions.
Protected torso, free arms — the hybrid jacket that ends the compromise.
The Stormtech Narvik BRX-1W is a women's hybrid jacket featuring synthetic thermal insulation (quilted nylon body at 38 g/m²) and stretch fleece sleeves at 370 g/m² that follow every movement. Standing fleece collar with chin saver, PFC-free DWR finish, articulated action shoulders. Built for -10°C to +5°C in active wear: brisk walks, observation, hiking. Available from XS to 2XL. Men's version available.
The Stormtech Narvik BRX-1W is a women's hybrid jacket featuring synthetic thermal insulation (quilted nylon body at 38 g/m²) and stretch fleece sleeves at 370 g/m² that follow every movement. Standing fleece collar with chin saver, PFC-free DWR finish, articulated action shoulders. Built for -10°C to +5°C in active wear: brisk walks, observation, hiking. Available from XS to 2XL. Men's version available.
The Narvik BRX-1WW is the perfect hybrid for outdoor activities in mid-season to mild winter. The quilted body construction preserves torso warmth, while the stretch fleece sleeves never restrict movement. Warmer than a simple fleece, more mobile than a down jacket. Backed by Stormtech's 5-year warranty.
Recommended comfort range: -10°C to +5°C*. The hybrid construction enables intelligent thermal regulation: the quilted body insulation traps body heat where it matters most, while the fleece sleeves wick away sweat from effort. For lower temperatures, add a technical thermal base layer or wear the Narvik under a warmer outer jacket.
Choosing the Narvik BRX-1W means opting for the best compromise between warmth and mobility. The hybrid quilted/fleece construction protects the torso while freeing the sleeves, the standing fleece collar shields against wind, and the PFC-free DWR finish respects the environment. A faithful companion for outdoor activities from mid-season to mild winter. Available from XS to 2XL, 5-year warranty.
* Indicative comfort range between -10°C and +5°C. Perceived warmth depends on activity level, wind, humidity and the layering system used.
You might also like