Best current price£145.00from Helly Hansen Sportswear
Shopping.co.uk recommended and popular offers
Helly Hansen Sportswear£145.00Visit shop Helly Hansen Men's Black/Ebony Kelvin Lx Waterproof Leather Boots - 11
Visit shop1 offer from £145.00
View price history by clicking the chart icon.
This guide is for men seeking a comfortable, warm, and stylish winter boot. The Helly Hansen Kelvin LX Boots provide premium waterproof leather, PrimaLoft® insulation, and a lugged outsole for excellent grip, making them ideal for both city and outdoor winter activities. However, note that proper care is needed to maintain the leather's quality and longevity.
| Age Group | adult |
|---|---|
| Colour | Black |
| Gender | Male |
| Material | Leather |
| Shoe Size UK | 11 |
| Shoe Type | Boots |
| Series | Kelvin |
| Model Part Number | 11892_990-11.5 |
| Brand | Helly Hansen |
Yes, the boots are made with waterproof leather. For added protection, consider using a waterproofing spray.
Regular or thermal socks will work well. For extremely cold conditions, consider thicker socks.
Use a damp cloth to wipe away dirt and debris. Avoid harsh chemicals.
Condition the leather every few months, or as needed, to keep it moisturized.
Yes, these boots are suitable for light hiking, but may not be ideal for challenging terrains.
Please refer to the manufacturer's warranty information.
The manufacturing location can vary. Please check the product label for details.
The fit may vary. It is recommended to try on the boots or consult the size chart before purchasing.
Check for any damage to the leather. Reapply waterproof spray as needed.
Wear thinner socks or choose a less insulated boot for milder temperatures.
Condition the leather with a leather-specific product.
These boots do not require any specific setup. They are ready to wear upon purchase.
Care Instructions:
Compatibility: These boots are compatible with various winter outfits and activities. They are designed to fit comfortably with regular socks. Consider wearing thicker socks for added warmth in extremely cold conditions.
