2-1 Gauge Panel Tach OP/WT

The QUICKCAR RACING PRODUCTS 2-1 Gauge Panel Tach OP/WT is a professional-grade instrument cluster designed for race cars, high-performance watercraft, and serious marine applications where engine monitoring is critical. This dual-gauge panel combines oil pressure and water temperature monitoring with tachometer functionality in a single, compact assembly—eliminating the need for multiple separate gauges and streamlining the dashboard layout. The silver-faced gauges are engineered for rapid, reliable data readout under demanding conditions.

The panel features a 5-inch tachometer and dual 2-5/8-inch gauges for oil pressure and water temperature, delivering clear visibility across the entire operational envelope. Each gauge is precision-calibrated to deliver accurate readings, and the integrated warning light system alerts operators to critical conditions before they become catastrophic—essential when engine failure means losing power miles from shore or in the middle of a race. The kit includes all necessary sensors and wiring harnesses for straightforward installation, reducing setup time and eliminating guesswork during mounting.

This gauge panel serves competitive racers building custom engine bays, offshore anglers running twin or triple outboard setups, and performance boat builders who require professional-grade instrumentation. Monitoring oil pressure and coolant temperature prevents catastrophic engine failure by providing real-time feedback on engine stress. The tachometer allows precise RPM management, critical for fuel efficiency on extended offshore runs and for hitting optimal shift points during competition.

QUICKCAR Racing Products has established credibility in the racing and high-performance marine equipment sector through products built to withstand extreme conditions. This instrument panel is designed for durability in salt-air and high-vibration environments typical of both racing and offshore use. The comprehensive gauge kit reduces wiring complexity and potential failure points compared to cobbling together individual gauges.