Helly Hansen Crew Insulator Vest 2.0 - Blue - XXXXL

Currently unavailable

Currently unavailable
The Helly Hansen Crew Insulator Vest 2.0 is an ideal choice for women seeking a versatile, lightweight layering piece that transitions seamlessly from coastal sailing to casual urban wear. Featuring premium Primaloft insulation and water-repellent microfiber fabrics, this vest offers excellent thermal efficiency and protection against the elements, though users should note it is designed primarily as a mid-layer and may require a waterproof outer shell in heavy rain.
| Age Group | adult |
|---|---|
| Colour | Blue |
| Gender | Female |
| Size | XXXXL |
| Model Part Number | 30240 |
| Brand | Helly Hansen |
The vest is water-repellent, meaning it handles light rain and splashes well, but it is not intended for heavy, prolonged exposure to rain.
Primaloft is a synthetic insulation that mimics the warmth and loft of down while retaining its thermal properties even when wet.
Yes, it is designed for both layering and as a standalone outer garment in cool, dry conditions.
Store it in a clean, dry place. Avoid compressing it under heavy items for long periods to maintain its insulation performance.
Yes, it is machine washable on a gentle cycle. Always use a mild detergent and follow the garment label instructions.
Apply a DWR (Durable Water Repellent) spray treatment specifically designed for synthetic technical apparel.
Tumble dry on low heat with clean tennis balls or dryer balls to redistribute and fluff the insulation.
This garment requires minimal setup; simply ensure the sizing matches your current layering needs. For compatibility, it is best paired with a technical base layer to manage moisture. To care for your vest, machine wash on a gentle cycle using a mild technical detergent to preserve the water-repellent finish. Avoid harsh fabric softeners. Tumble dry on low heat with dryer balls to restore the loft of the Primaloft insulation. Always consult the internal care label for specific temperature guidance, as excessive heat can degrade synthetic fibers.