Veratron 52MM (2-1/16") ViewLine Transmission Oil Pressure 30 Bar/435 PSI - Black Dial & Round Bezel

The Veratron 52MM (2-1/16") ViewLine Transmission Oil Pressure 30 Bar/435 PSI gauge is a precision diagnostic instrument essential for serious automotive enthusiasts and professional mechanics who demand real-time transmission fluid pressure monitoring. Whether you're tuning a modified transmission, diagnosing shift quality issues, or monitoring performance during high-stress driving conditions, this metric-calibrated gauge provides the accuracy needed to prevent costly transmission damage. Built to withstand the demands of both street and track applications, the ViewLine series represents Veratron's commitment to reliability and clarity in engine bay instrumentation.

This transmission pressure gauge features a 52MM diameter dial housing with a round bezel design that integrates seamlessly into custom gauge clusters or standalone setups. The black dial face with clear, easy-to-read markings delivers 30 bar (435 PSI) maximum pressure range—sufficient for stock and lightly modified transmissions while remaining responsive enough to catch pressure drops or spikes that indicate internal wear or tuning issues. The compact 3 x 3 x 4 inch dimensions allow flexible mounting options in tight engine compartments, while the lightweight 0.35 lb construction ensures minimal impact on vehicle weight distribution or electrical draw.

Mechanics and transmission specialists benefit most from this gauge when diagnosing transmission solenoid failures, worn friction material, or inadequate line pressure that causes delayed shifts or slipping under load. Installation requires a simple transmission line tap point and basic electrical connections; most experienced builders complete setup in under an hour. The Veratron ViewLine standard ensures compatibility with standard automotive gauge wiring and mounting systems, making it ideal for custom gauge pods, pillar mounts, or OEM dash integration on modified vehicles where transmission health monitoring is critical to long-term reliability.