Pro Comp Oil Temp.

The Pro Comp Oil Temp gauge from AutoMeter is a precision engine monitoring instrument designed for tactical vehicles, law enforcement fleet maintenance, and military applications where continuous oil temperature oversight is mission-critical. This ultra-lightweight analog gauge eliminates reliance on digital readouts that can fail under extreme field conditions, making it ideal for operators who depend on mechanical reliability in high-stress environments. Purpose-built for compact instrument panels where space is at a premium, the Pro Comp Oil Temp delivers real-time thermal data without adding unnecessary weight or complexity to vehicle systems.

This electric analog gauge features a 2-5/8 inch diameter faceplate with a silver finish that resists glare during day operations and remains visible under tactical lighting conditions. The short sweep design provides rapid needle response across its 140–300 degree Fahrenheit range, allowing drivers to detect temperature anomalies before engine stress occurs. Measuring just 5.6 x 5 x 5.6 inches and weighing only 0.85 pounds, the Pro Comp Oil Temp integrates seamlessly into existing gauge clusters without compromising vehicle balance or adding operational burden. The electric sensor input ensures compatibility with standard engine management harnesses and aftermarket wiring configurations common in military and law enforcement vehicle modifications.

Operators maintaining high-performance tactical or fleet vehicles benefit most from this gauge's straightforward mechanical design—no calibration drift, no software dependencies, and no field replacements requiring diagnostic tools. Installation requires only basic electrical connection to the engine's oil temperature sensor; no specialized equipment or professional tuning is necessary. The Pro Comp Oil Temp works with any vehicle using a 140–300°F thermal range sensor, making it compatible with most military trucks, law enforcement vehicles, and purpose-built tactical platforms that demand absolute reliability under continuous operational tempo.