Lee's 2" Side Mount Skiff Series Outrigger Holder

The Lee's 2" Side Mount Skiff Series Outrigger Holder is purpose-built for anglers who need reliable outrigger positioning on the gunnel or side rail of center console and skiff-class boats. This one-piece bracket uses the same proven curved tube design as Lee's gunnel-mount system, with the tube, feet, and bar-pin cast simultaneously to deliver maximum structural integrity where outrigger loads are distributed across the hull.

The 2-inch diameter tube accommodates standard outrigger poles and delivers the same three-position adjustment capability found on flush-mount versions, allowing you to optimize pole angle for different fishing techniques and sea conditions. The chrome-on-brass construction resists corrosion in saltwater environments—a critical consideration for anyone fishing coastal and offshore waters where galvanic attack degrades lesser materials. The side-mount bracket integrates directly into the boat's existing structure without requiring deck modifications, making it ideal for retrofit installations where minimal alteration is preferred.

This holder suits both weekend light-tackle anglers and serious offshore fishermen running spreads of live bait or artificial lures. The one-piece casting eliminates weld points and assembly joints that can fatigue under the dynamic loads of trolling—particularly important when fighting larger gamefish or running extended spreads. The 2-inch bore accommodates most standard outrigger poles, making it compatible with popular rigging systems already in use across the recreational and charter fishing fleet.

Lee's Tackle has maintained a reputation for marine-grade hardware that withstands repeated stress cycles and persistent saltwater exposure. The side-mount configuration preserves deck space while distributing outrigger loads along the gunnel, reducing the isolated point stress that can compromise hull integrity over time. For boats where gunnel real estate is limited, this proven design offers a balanced solution between functionality and structural conservation.