Polyform G-4 Twin Eye Fender 6.5" x 22" - Black

The Polyform G-4 Twin Eye Fender 6.5" x 22" in Black is a purpose-built marine fender engineered for vessels, equipment trailers, and tactical watercraft requiring serious impact protection. Manufactured by Polyform U.S.—a leader in marine safety equipment—this fender absorbs shock and protects hulls, docks, and adjacent equipment from costly collision damage. Whether deployed on law enforcement patrol boats, military logistics vessels, or commercial marine platforms, the G-4 Twin Eye design combines proven durability with professional-grade construction that meets operational demands in high-use environments.

The twin eye configuration features dual attachment points for secure mounting via rope or chain, allowing rapid deployment and repositioning without tools. Reinforced ribs molded into the polyurethane body distribute lateral and longitudinal forces evenly, preventing deformation under sustained pressure common in tactical watercraft operations. The 6.5-inch diameter and 22-inch length provide effective coverage for mid-sized vessels while remaining manageable for field teams. Black UV-stabilized material resists fading and degradation in saltwater and freshwater environments, critical for vessels operating in coastal or inland missions. Integrated inflation valves enable pressure adjustment for varying sea states and docking conditions.

Law enforcement marine units, military expeditionary teams, and commercial operators benefit from the G-4's compact 2.5-pound weight and straightforward installation. The fender mounts vertically along gunwales or horizontally on dock-facing surfaces, accommodating both active watercraft and stationary protection scenarios. Specifications of 7 x 3 x 22 inches when packaged enable transport and storage in equipment lockers aboard patrol vessels. Compatible with standard marine-grade rope, paracord, or cable systems used in tactical boating operations, the G-4 Twin Eye Fender integrates seamlessly into existing marine safety protocols without requiring platform modification or specialized rigging knowledge.