RedLine Panel 2-1/16in 2-1 OP/WT w/Tach

The RedLine Panel 2-1/16in 2-1 OP/WT w/Tach is a professional-grade analog gauge cluster designed for custom vehicle builds, engine swaps, and performance monitoring. This dual-function panel combines oil pressure (OP) and water temperature (WT) readouts with an integrated tachometer, making it an essential tool for serious engine builders and hot rod enthusiasts who demand real-time diagnostics during tuning, dyno testing, and street driving. Whether you're running a fuel-injected small-block or a carbureted big-block, this compact instrument panel delivers the visibility and accuracy needed to protect your investment and optimize performance.

Engineered with precision mechanical movement, the RedLine Panel features individual analog needles that respond instantly to engine conditions without digital lag or electronic dependency. The 2-1/16-inch gauge face provides legible readouts even at high engine speeds, while the integrated tachometer eliminates the need for separate instrumentation and conserves valuable dashboard real estate. The robust housing is constructed to withstand vibration, temperature extremes, and the electrical demands of high-output ignition systems commonly found in modified engines. Proper oil pressure and coolant temperature monitoring are non-negotiable for engine longevity—this panel ensures you catch rising pressures or thermal creep before catastrophic failure occurs.

This gauge cluster suits street rods, muscle cars, restorations, and performance trucks where OEM instrumentation is absent or inadequate. Installation requires proper sender connections to the engine block (oil pressure) and cooling system (water temperature), along with rpm signal wiring to the ignition system—tasks well within the reach of any competent shade-tree mechanic or professional shop. The compact footprint (6.75 x 6.5 inches) fits standard aftermarket dash bezels and custom mounting solutions. Mechanics and builders consistently choose RedLine instrumentation for reliability under sustained boost, high rpm, and extreme tuning scenarios where accuracy and durability directly impact engine survival.