Helly Hansen Blaze Hooded Softshell Jacket - Green - S

Currently unavailable

Currently unavailable
The Helly Hansen Blaze Hooded Softshell Jacket is designed for active adults who need a versatile, mobile outer layer for hiking, trekking, and ski touring. This jacket excels at providing breathability and 4-way stretch for maximum comfort during high-output activities while blocking wind and light precipitation. However, it is optimized for fair to moderate conditions and is not intended to serve as a primary waterproof shell in heavy downpours.
| Age Group | adult |
|---|---|
| Colour | Green |
| Gender | Male |
| Size | S |
| Model Part Number | 63286_494-S |
| Brand | Helly Hansen |
No, it is water-resistant. It is designed to shed light rain and mist but will eventually soak through in heavy, sustained rainfall.
Yes, it is excellent for high-output ski touring, though you may need an additional insulated layer underneath for lift-assisted skiing.
Wash in cold water on a gentle cycle using a mild detergent. Do not use bleach or fabric softener.
It means the fabric stretches both horizontally and vertically, providing maximum flexibility and comfort during movement.
The jacket features comfortable stretch inserts in the cuffs, which provide a snug fit without the need for velcro tabs.
The DWR finish may have worn off. Wash the garment and apply a fresh DWR treatment spray, then heat-set according to the product instructions.
Ensure you are using a moisture-wicking base layer. Cotton layers trap sweat and prevent the jacket's breathability from functioning effectively.
To maintain the water-resistant properties of your jacket, avoid using harsh detergents or fabric softeners, which can degrade the finish. Wash in cold water on a gentle cycle and hang to dry. If you notice water no longer beads on the surface, you may apply a spray-on durable water repellent (DWR) treatment. This jacket functions best as part of a layering system; pair it with a moisture-wicking base layer for moderate conditions or add an insulating mid-layer underneath if the temperature drops.