Litres Per 100 Km Formula:
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Litres per 100 kilometers (L/100km) is a metric measurement of fuel consumption that represents the amount of fuel (in litres) a vehicle consumes to travel 100 kilometers. It is widely used in many countries to measure and compare vehicle fuel efficiency.
The calculator uses the formula:
Where:
Explanation: This formula calculates how many litres of fuel are needed to travel 100 kilometers based on actual consumption over a measured distance.
Details: Calculating fuel consumption helps vehicle owners monitor fuel efficiency, compare different vehicles, identify potential mechanical issues, and estimate fuel costs for trips. Lower L/100km values indicate better fuel efficiency.
Tips: Enter the total litres of fuel consumed and the distance traveled in kilometers. For accurate results, measure fuel consumption over a significant distance (preferably a full tank or at least 100 km).
Q1: What is considered good fuel consumption?
A: Good fuel consumption varies by vehicle type. Generally, 5-8 L/100km is excellent for small cars, 8-12 L/100km for mid-size vehicles, and 12+ L/100km for larger vehicles and SUVs.
Q2: How can I improve my fuel efficiency?
A: Maintain proper tire pressure, drive smoothly without rapid acceleration, reduce unnecessary weight, perform regular maintenance, and avoid excessive idling.
Q3: How does L/100km compare to MPG (miles per gallon)?
A: L/100km and MPG are inversely related. Lower L/100km means better fuel efficiency, while higher MPG means better fuel efficiency. They can be converted using specific formulas.
Q4: Should I calculate consumption over multiple tanks?
A: Yes, calculating over multiple fill-ups provides a more accurate average as driving conditions and fuel measurements can vary between single trips.
Q5: Why is my actual consumption different from manufacturer claims?
A: Manufacturer tests are conducted under ideal laboratory conditions. Real-world driving with traffic, hills, air conditioning use, and different driving styles will affect actual consumption.