Secure Your Peace of Mind with the Attwood Mooring Fender Lock Kit

Introducing the Attwood Mooring Fender Lock Kit, crafted from premium stainless steel for unparalleled durability and ease. This ingenious two-part kit is designed to streamline the process of hanging and adjusting your boat fenders, making docking and mooring a breeze. With its simple twist-and-lock mechanism, you can effortlessly install or remove fenders, ensuring your vessel's protection is always in place without the hassle of tying and untying knots.

• Designed to accommodate up to 1/2-inch diameter fender lines, offering flexibility for different fender sizes.
• Made from high-quality stainless steel, ensuring longevity and resistance to marine environments.
• Each kit includes two flush-mount stainless steel plates and two keys, providing a complete solution for two fenders.
• The twist-and-lock design simplifies the process of moving fenders, perfect for quick adjustments or docking.

Technical Brilliance for Effortless Mooring

The Attwood Mooring Fender Lock Kit represents a fusion of functionality and sleek design. Its stainless steel composition not only offers aesthetic appeal but also guards against rust and corrosion. Installation is straightforward, requiring only stainless steel screws or bolts, allowing for a secure fit to your gunwale. The flush-mount design ensures a clean look and prevents snags, enhancing both the utility and elegance of your vessel.

• Width: 2 inches - Compact design that fits neatly on your boat's gunwale.
• Height: 1 inch - Low profile to maintain the sleek appearance of your vessel.
• Construction: Stainless Steel - For strength, durability, and a polished look.

With the Attwood Mooring Fender Lock Kit, securing your boat's fenders has never been easier or more reliable. This kit not only elevates the functionality of your boat but also enhances its aesthetic, making it an essential addition for any discerning boater. Say goodbye to the tedious task of tying fenders and embrace the convenience and elegance of Attwood's solution.