Fuel Level Probe 4in- 12in 240-33 Ohm

The Fuel Level Probe 4in–12in 240-33 Ohm is a precision fuel tank sensor engineered for military and tactical vehicle platforms that demand reliable fuel management in austere, high-stress operational environments. Built by ATL Fuel Cells, this variable-resistance probe converts physical fuel level into electrical signals, enabling accurate real-time monitoring during extended deployments, convoy operations, or sustained field missions where fuel logistics directly impact mission success. Law enforcement and military operators rely on fuel level accuracy to plan refueling schedules, prevent unexpected fuel-out scenarios, and maintain operational readiness across diverse terrain and climate conditions.

This probe features a 240–33 ohm variable-resistance design, meaning its electrical output changes proportionally as the float arm moves within a 4–12 inch tank depth range, translating fuel quantity into a gauge-readable signal. The compact form factor—measuring 4.2 × 3.05 × 13.2 inches and weighing only 0.5 lbs—ensures minimal weight penalty and straightforward installation in tight fuel tank bays common on military vehicles, light tactical trucks, and portable fuel containers. The ohm range (240–33) is standard for 12-volt vehicle instrumentation systems, making integration with OEM or aftermarket fuel gauges seamless and eliminating the need for complex signal conditioning or custom wiring harnesses.

Vehicle maintenance personnel, tactical logistics coordinators, and field mechanics will benefit most from this probe's durability and accuracy in non-standard operating environments where conventional civilian fuel sensors fail. The 4–12 inch depth range accommodates military fuel tank geometries including horizontal auxiliary tanks, jerry-can adapters, and integrated vehicle fuel systems. Installation requires basic electrical knowledge and access to the tank interior; consult your vehicle's technical manual for proper float arm adjustment and wiring polarity to ensure gauge accuracy. This component is essential for any platform prioritizing fuel accountability and operational sustainability during extended field operations.