Arcteryx Squamish Hoody - Black - M



Currently unavailable



Currently unavailable
The Arcteryx Squamish Hoody is a versatile, ultra-lightweight windshell designed for active outdoor enthusiasts, including climbers and hikers who need protection from wind and light precipitation. It excels at blocking chilly gusts while maintaining excellent breathability during high-exertion activities; however, it is not a waterproof jacket and will not hold up during heavy downpours.
| Age Group | adult |
|---|---|
| Colour | Black |
| Gender | Male |
| Material | Nylon |
| Size | M |
| Model Part Number | Squamish Hoody |
| Brand | Arcteryx |
No, it is a windshell with a water-repellent finish meant for light mist or brief showers, not sustained heavy rain.
Yes, it is designed with an athletic fit that can accommodate a lightweight fleece or base layer underneath.
It packs into its own chest pocket, resulting in a small pouch roughly the size of a pair of socks.
It is best used as a wind-blocking outer layer in combination with insulating layers; it provides no inherent warmth on its own.
The jacket should allow for full arm movement without pulling at the shoulders or lifting at the hem.
No, to maintain its ultra-lightweight and packable profile, it features only a single chest pocket.
The DWR finish has likely worn off. Tumble dry the garment on low heat to reactivate it or reapply a DWR spray treatment.
Ensure no fabric is caught in the zipper teeth and gently clean the slider path with a soft brush to remove any dirt or debris.
To ensure the longevity of your Squamish Hoody, follow these care instructions. Machine wash in warm water (30C) using a gentle cycle and a technical garment detergent. Avoid using fabric softeners or bleach, as these can strip the DWR coating. For drying, use a tumble dry on low heat, which helps reactivate the water-repellent finish. The hoody is designed to be worn as a mid-layer or outer shell depending on the temperature and activity level; it pairs perfectly with a moisture-wicking base layer for maximum performance in variable conditions.