Helly Hansen Crew Midlayer Sailing Jacket 2.0 - Orange - L


Currently unavailable


Currently unavailable
The Helly Hansen Crew Midlayer Sailing Jacket 2.0 is an essential piece of technical outerwear designed for sailors and outdoor enthusiasts who require a reliable balance of warmth and weather protection. Leveraging Helly Tech Protection technology, this jacket offers a waterproof, windproof, and breathable solution for varying maritime conditions; however, potential users should note that as a midlayer-focused garment, it is best suited for layering under heavy shells in extreme offshore storms.
| Age Group | adult |
|---|---|
| Colour | Orange |
| Gender | Male |
| Material | Fleece |
| Size | L |
| Model Part Number | 34444_303-L |
| Brand | Helly Hansen |
Yes, it utilizes Helly Tech Protection, which is designed to be waterproof, windproof, and breathable.
Yes, the jacket includes a hidden internal zipper specifically designed to allow easy access for adding team logos or customization.
Machine wash on a gentle cycle with a dedicated technical garment cleaner. Avoid fabric softeners.
This specific midlayer model features a high collar design but does not include an integrated hood.
It provides excellent insulation, but for extreme cold or severe storm conditions, it is best worn as a midlayer under a heavier protective shell.
The Durable Water Repellent (DWR) coating may have worn off; apply a technical DWR revitalizing spray and tumble dry on low heat to reactivate.
Salt spray or dirt can clog the membrane pores; perform a thorough wash with a technical cleaner to restore breathability.
To maintain the integrity of the Helly Tech fabric, avoid using harsh fabric softeners during laundering. Always close all zippers and secure the cuff adjustments before putting the jacket in the wash. Wash on a gentle cycle with a technical detergent to preserve the water-repellent finish. For professional teams, the hidden internal zipper allows for easy access to the chest and back panels for custom embroidery without compromising the outer waterproof membrane.