Patriot Docks Side Stability Float 10864 – Enhanced Buoyancy and Dock Protection

Overview

Patriot Docks’ Side Stability Float 10864 is a robust flotation module designed to expand the buoyant footprint of your floating dock. When installed along the frame, it adds extra buoyancy and creates a wider, more stable surface the moment you step aboard or back off with a boat. The float also serves as a gentle bumper, helping to protect watercraft and the dock from minor scrapes during tying and docking.

Crafted for durability in marine environments, the Side Stability Float uses High-Density Polypropylene (HDPP) for long-lasting performance in sun and splash. Each unit contributes 145 pounds of buoyant support, translating to steadier rides even when the water is choppy or the wind picks up. The large rectangular form—approximately 43.25 inches long, 13.5 inches wide, and 6.75 inches thick—mounts on low-profile docks without adding excessive height.

Key Benefits

• Gives additional buoyancy to reduce dock rocking and provide a more solid platform.
• Acts as a protective bumper for docking and watercraft contact.
• Easy to mount along any portion of a low-profile floating dock frame.

Specifications

• Dimensions: 43.25" L x 13.5" W x 6.75" H
• Buoyancy: 145 lbs per float
• Material: High-Density Polypropylene

Real-world Scenarios

Imagine early morning launches with calm water interrupted by light chop. A Side Stability Float can provide steadier footing as you reach for lines or when guests gather along the edge of the dock. Its bumper capability helps minimize scuffs during windy afternoons or busy docking moments. Because it mounts along the frame, you can choose the section that benefits your specific setup—near the ladder, at a corner, or mid-span.

Installation and Compatibility

Designed for low-profile floating docks, the Side Stability Float slots into place along the frame where extra floatation is needed. It is compatible with Patriot Docks and other standard systems that use similar frame designs, offering a flexible approach to customizing stability and width.