Helly Hansen Crew Low Sailing Shoes - Blue - 6.5

Currently unavailable

Currently unavailable
The Helly Hansen Crew Low Sailing Shoes are designed for active men who require reliable traction and comfort while working on deck or navigating the marina. These technical shoes provide exceptional grip and stability through advanced siping technology, making them an ideal choice for water-based activities; however, potential users should note that they are specifically engineered for performance, which may feel firmer than casual lifestyle sneakers during extended land-based wear.
| Age Group | adult |
|---|---|
| Colour | Blue |
| Gender | Male |
| Shoe Size UK | 6.5 |
| Series | Crew |
| Brand | Helly Hansen |
They are hydrophobic and quick-drying, meaning they resist water absorption and dry rapidly, but they are not fully waterproof or submerged-seal boots.
Yes, they are comfortable for walking, though they are specifically tuned for deck performance with a firmer midsole than a standard walking shoe.
The midsole is designed for stability and comfort during long hours of standing, offering a balanced amount of support for most users.
The Crew Low series follows standard UK sizing; ensure you have enough room in the toe box for comfort during activity.
It is recommended to hand wash these shoes to preserve the integrity of the bonding adhesives and the specialized outsole material.
Check the outsole for trapped gravel or debris in the siping channels and clean thoroughly with a brush.
Remove the insole and wash the interior with mild soap and water, then allow to air dry completely.
These shoes are ready to wear straight out of the box, requiring no special setup. To maintain the integrity of the specialized grip technologies, ensure the soles are kept free of debris like small stones or mud, which can diminish the effectiveness of the siping patterns. When cleaning, use fresh water and a soft brush to remove salt buildup, as salt crystals can degrade materials over time. Always allow the shoes to air dry away from direct heat sources, such as radiators or extreme sun exposure, to prevent the synthetic materials from warping or becoming brittle.