Bennett 30X12 Trim Tabs No Control

The Bennett 30X12 Trim Tabs No Control represents a critical marine hardware solution for vessel operators who demand precision hull management without active electronic feedback systems. Designed for boats requiring passive hydrodynamic trim correction, this manual trim tab assembly delivers reliable attitude control in high-speed and offshore conditions. Whether you operate a center console, offshore sportfish boat, or commercial marine vessel, these fixed-position trim tabs improve fuel efficiency, reduce bow rise, and enhance directional stability across varying sea states and loading configurations.

This Bennett trim tab system utilizes a 30-inch span with 12-inch chord depth—a proven dimension for vessels in the 25–45-foot range. The "No Control" designation indicates manual or cable-actuated operation without hydraulic pilot or electronic servo integration, making installation straightforward and maintenance simplified for users prioritizing mechanical reliability over automated systems. The robust construction withstands saltwater corrosion and high-velocity flow forces, delivering consistent hydrodynamic lift adjustment through operator-controlled cable actuation or fixed-angle mounting, depending on your vessel's configuration and operational profile.

Operators of mid-range to larger recreational and commercial vessels benefit most from this trim tab configuration, particularly those seeking enhanced bow lift control during acceleration and high-speed cruising without dependency on powered systems. Installation requires proper transom reinforcement and alignment to ensure balanced lift distribution and prevent cavitation. Compatible with standard Bennett through-transom mounting hardware, these trim tabs integrate seamlessly into existing marine systems and support mixed-load scenarios where crew position or fuel state significantly affects trim angle. Regular inspection of the tab surfaces and cable linkages ensures consistent performance across multiple seasons of operation.