C/F 2-5/8in Fuel Level Gauge 0-90 OHM

The AutoMeter C/F 2-5/8in Fuel Level Gauge 0-90 OHM delivers precise fuel tank monitoring through a robust analog electric system. This 2-5/8-inch diameter gauge reads from empty to full across the 0-90 ohm resistance range, making it compatible with standard fuel sender units found in most vehicles. The carbon fiber look face combines modern aesthetics with functional clarity, ensuring legible readings in varying light conditions during extended operations or field use.

AutoMeter's short-sweep needle design prioritizes fast visual acquisition of fuel status—critical when tactical focus needs to remain on mission parameters rather than instrument cluster scanning. The electric analog configuration eliminates the latency issues associated with digital displays while maintaining straightforward installation into existing dash panels or custom instrument arrays. The compact 5.5 x 5.1 x 5.6-inch footprint integrates easily into confined mounting spaces common to purpose-built vehicles, command centers, or specialized equipment platforms requiring fuel management data.

This gauge suits operators, fleet managers, and vehicle specialists who require dependable fuel level indication without smart-system complexity or software dependencies. Whether managing fuel consumption during extended operations, monitoring reserve capacity in remote deployments, or maintaining fleet-wide awareness of fuel status, the AutoMeter fuel level gauge provides the direct, unambiguous feedback that field environments demand. Compatible with standard fuel sender units, installation follows industry-standard wiring practices familiar to automotive technicians and mobile equipment specialists.

AutoMeter remains a recognized manufacturer of precision instrumentation, delivering gauges across motorsports, marine, aviation, and tactical vehicle applications. The 0-90 ohm rating ensures compatibility with full-size fuel tanks and standard sender configurations, while the carbon fiber aesthetic reflects current automotive customization trends without compromising functional durability or readability.