- -10° C
- 3-layer H2XTREME® pants, waterproof, breathable, fully sealed seams. Perfect for extreme weather.
Light as a feather, warm as a cocoon — for men who want comfort without bulk.
The Stormtech Boulder AFH-1 is a men's hybrid quilted jacket with ultra-light plume-free polyfill insulation. Water-repellent nylon outer shell, body in Polyester Spandex fleece 233 g/m², regular comfortable fit, articulated shoulders, chin guard, internal storm flap. A versatile thermal layer for comfort down to -10°C*.
The Stormtech Boulder AFH-1 is a hybrid quilted jacket designed as a versatile layer — ultra-light synthetic polyfill insulation across the chest and sleeves for warmth, Polyester Spandex fleece panels on the sides for breathability and freedom of movement. A piece you can wear alone in cool weather or as a mid layer under a windproof parka in deep cold. Women's version available.
The ideal quilted jacket for men who want warmth, lightness and comfort — without the bulky look of a heavy down jacket. Its plume-free synthetic insulation holds the heat down to -10°C, and its fleece side panels let you move without overheating. Wear it solo in mid-season, or layer it under a parka in deep cold. Backed by Stormtech's 5-year warranty.
Recommended for use down to -10°C*. The polyfill insulation across the chest and sleeves provides the thermal barrier on the zones most exposed to static cold, while the fleece side panels release moisture produced by the most active areas during movement. For lower temperatures, the Boulder AFH-1 works perfectly as a mid layer under outer protection.
The Boulder AFH-1 is the most versatile hybrid quilted jacket: ultra-light plume-free polyfill insulation for warmth, fleece side panels for breathability, DWR water repellency for light rain. A piece you can wear solo in mid-season or as a mid layer under a parka in deep cold — the durable investment for those who want an elegant, performing jacket that fits every situation in everyday life.
* Indicative thermal comfort down to -10°C. Perceived warmth depends on activity level, wind, humidity and the layering system worn underneath.
You might also like