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Vehicle Fuel Management Flashcards

6 cards from real CAFM practice questions. Tap to flip, then mark Knew It or Still Learning โ€” missed cards come back until you master them.

Read the first 6 Vehicle Fuel Management flashcards as text
  1. A fleet manager reviewing a monthly fuel transaction report flags an entry showing a 40-gallon purchase for a vehicle with a 25-gallon tank capacity. This discrepancy is a primary indicator of what type of issue?

    Answer: Potential fuel siphoning or personal use fraud.

    A transaction volume exceeding the vehicle's known tank capacity is a classic red flag for fuel fraud. This often indicates that the fuel card was used to fill the assigned vehicle plus additional, unauthorized containers for personal use, a practice sometimes called 'side fueling'. While other options are remotely possible, investigating potential fraud is the most critical and likely next step.

  2. A company operates a fleet of commercial trucks that frequently travel between several states. Which regulation requires the fleet manager to track all fuel purchased and miles driven in each jurisdiction to ensure proper fuel use taxes are paid and reconciled?

    Answer: The International Fuel Tax Agreement (IFTA)

    The International Fuel Tax Agreement (IFTA) is an agreement among the lower 48 U.S. states and Canadian provinces to simplify the reporting of fuel use taxes by interstate motor carriers. It requires carriers operating qualified motor vehicles across multiple member jurisdictions to file a single quarterly fuel tax report in their base jurisdiction, which then reconciles and distributes the taxes owed to each state or province.

  3. A fleet manager implements a telematics system to monitor and improve fuel efficiency. Which of the following driver behaviors, commonly tracked by telematics, has the most significant negative impact on a vehicle's miles per gallon (MPG)?

    Answer: Excessive idling

    Excessive idling consumes a significant amount of fuel while the vehicle travels zero miles, resulting in an effective MPG of zero for that period. Telematics systems are highly effective at tracking idle time, which can waste up to a gallon of fuel per hour depending on the vehicle. While other behaviors like harsh braking and rapid acceleration also waste fuel, prolonged and repeated idling is a primary target for fuel reduction programs.

  4. A fleet manager is establishing a new fuel card program and wants to implement the most robust controls to prevent unauthorized purchases. Which of the following settings provides the strongest security?

    Answer: Requiring a valid driver PIN and an accurate odometer reading at the time of purchase.

    Requiring both a unique driver Personal Identification Number (PIN) and an odometer entry creates multiple layers of verification. The PIN helps ensure the authorized driver is making the purchase, while the odometer reading allows for the calculation of MPG and helps verify that the fuel is going into the correct asset, making it a powerful tool against fraud.

  5. What is a primary compliance requirement a fleet manager must address when implementing and maintaining an on-site fueling facility with aboveground storage tanks?

    Answer: Adhering to the EPA's Spill Prevention, Control, and Countermeasure (SPCC) rule.

    The Environmental Protection Agency's (EPA) Spill Prevention, Control, and Countermeasure (SPCC) rule is designed to prevent oil discharges into U.S. navigable waters. Facilities with a certain capacity of aboveground or underground oil storage, including fuel, must develop and implement an SPCC Plan, which is a critical federal environmental regulation for on-site fueling operations.

  6. A fleet manager is specifying new Class 8 tractors with the goal of maximizing fuel economy. Beyond the engine and transmission, which of the following specifications offers the most significant potential for reducing fuel consumption through improved aerodynamics?

    Answer: A full aerodynamic package including roof fairings, side skirts, and a boat tail.

    For a Class 8 truck at highway speeds, aerodynamic drag is the single largest force the engine must overcome, accounting for a majority of fuel consumption. A comprehensive aerodynamic package that manages airflow over the tractor and around the trailer (fairings, skirts, etc.) can reduce drag significantly, leading to fuel savings that often exceed those from low rolling resistance tires or weight reduction alone.