Lenco Compact Upper Mounting Bracket - 2 Screws 1 Wire

The Lenco Compact Upper Mounting Bracket - 2 Screws 1 Wire is an essential component for mariners looking to maintain or upgrade their trim tab systems in tight transom configurations. Designed specifically for installations where mounting space is at a premium, this bracket ensures that your Lenco actuators are securely anchored to the hull without requiring a large footprint. Whether you are outfitting a new technical poling skiff or performing maintenance on a sportfishing boat, having a reliable mounting point is critical for consistent tab performance and hull stability. This compact solution addresses the challenges of modern boat designs that often feature crowded transoms or integrated swim platforms.

Constructed from high-strength Vandar material, the Lenco Compact Upper Mounting Bracket - 2 Screws 1 Wire is engineered to withstand the harsh corrosive environment of saltwater and the mechanical stresses of high-speed operation. The "2 screws, 1 wire" configuration refers to the specific mounting pattern and the single passthrough for the actuator power cable, facilitating a clean and watertight installation. This specific design, also known as Lenco Part #50225-001D, is compatible with both single and dual actuator systems. By utilizing a durable composite material, the bracket prevents the galvanic corrosion often associated with metal hardware while providing the structural integrity needed to handle actuator pressure.

This mounting hardware is universally compatible with any boat utilizing Lenco trim tab systems, making it a versatile choice for DIY repairs or professional rigging. The compact profile allows for installation in areas where standard brackets might interfere with other hull fittings or structural ribs. When you buy this replacement bracket, you are ensuring that your trim system retains its factory-level responsiveness and safety during heavy seas. It serves as a direct replacement for worn or damaged upper brackets, restoring the original geometry of the actuator for optimal lift and planing efficiency.