The Xtratuf Legacy 15" Wellington in Marine is built for those who take their work on the water seriously. A cool nautical tone on a boot with over 60 years of proven performance — from Alaskan fishing decks to UK shores.
- 15" shaft height for maximum leg and ankle protection
- Triple-dipped neoprene construction for superior waterproofing
- Slip-resistant Chevron outsole for confident footing on wet surfaces
- Cushioned arch support for all-day wear
- Available in UK sizes 4–9
The original. The trusted. The Legacy.
Unmatched Durability for Harsh Marine Conditions
The Xtratuf Legacy 15" Wellington boots are built specifically to endure the toughest marine environments. Crafted with premium rubber and neoprene, these boots provide reliable protection against water, oil, and abrasive surfaces. Their 15-inch height is designed to keep your feet dry and safe while offering excellent resistance to wear and tear. Whether you’re on deck or navigating slippery docks, these boots maintain their integrity and comfort, making them a trusted choice among fishermen and marine workers.
Superior Comfort and Fit for All-Day Wear
Comfort is a key feature of the Xtratuf Legacy 15" Wellington boots. They include a cushioned insole and a flexible, yet supportive, structure that reduces foot fatigue during long workdays. The boots feature a contoured fit adapting to various foot shapes, while their breathable lining helps regulate temperature and moisture. This design ensures your feet remain comfortable, dry, and supported, even in wet and demanding conditions.
Advanced Waterproof Protection and Safety Features
The Xtratuf Legacy 15" Wellington boots offer exceptional waterproofing thanks to a seamless construction and water-resistant materials. This keeps feet dry regardless of exposure to wet decks or puddles. Additionally, their slip-resistant sole provides improved traction on slippery surfaces, enhancing safety in hazardous work environments. Ideal for marine applications, the boots help prevent accidents caused by slipping while maintaining necessary durability and performance.
