VDO Cockpit Marine 52MM (2-1/16") Trim Gauge f/Honda Engines - Black Dial/Bezel

The VDO Cockpit Marine 52MM (2-1/16") Trim Gauge for Honda Engines delivers precise outboard trim-and-tilt position monitoring for professional marine operators and recreational boaters alike. This instrument reads the hydraulic trim angle of Honda outboard motors, providing critical feedback during high-speed maneuvering, shallow-water operation, and fuel-efficiency optimization. VDO's Cockpit Marine series represents the gold standard in analog marine instrumentation, trusted across commercial fishing fleets, military fast-attack craft, and high-performance recreational vessels where reliability under extreme conditions is non-negotiable.

Built with a robust 52MM (2-1/16") bezel and black dial face, this trim gauge features VDO's sealed, pressure-tested gauge movement rated for saltwater marine environments and temperature extremes from -20°F to +160°F. The gauge operates via a sender unit that measures hydraulic pressure directly from the outboard trim system, translating motor tilt position into visual needle deflection across a calibrated dial face. Stainless steel hardware and UV-resistant dial markings ensure readability in direct sunlight, while the compact 4 x 3 x 6-inch form factor accommodates tight helm console layouts without sacrificing visibility or tactile feedback during operation.

This trim gauge is engineered exclusively for Honda outboard engines equipped with hydraulic trim-and-tilt systems, making it the ideal replacement or upgrade for aging or failed OEM instruments. Installation requires direct connection to the Honda trim sender (typically routed through the engine harness), and the 52MM housing accepts standard marine instrument bezels and bracket systems. Law enforcement and military marine patrol units operating Honda-powered rigid-hull inflatables and center consoles rely on this gauge to maintain optimal trim angles during high-speed pursuit and tactical waterborne operations, where precise motor positioning directly impacts fuel economy, handling response, and operational endurance.