What is the fuel consumption per kilometer for a 150cc motorcycle?

2 Answers
RhettMarie
07/28/25 5:01pm
The fuel consumption per 100 kilometers is 3 liters. The calculation formula is: fuel consumption per 100 kilometers = fuel consumption (liters) ÷ distance traveled (kilometers) × 100, and the final result is the fuel consumption per 100 kilometers. Generally, the power of a 150cc motorcycle is stronger than that of a 125cc motorcycle, but the safety factor of a 125cc motorcycle is relatively higher. After all, as the power of the motorcycle increases, the overall handling also needs to be improved, making it more challenging to control. Here is more information: Content 1: The mentioned fuel consumption is the so-called "economy fuel consumption," which is tested under specific conditions using specific methods. In actual use, it is basically unattainable. For example, for a 150cc scooter, the economical speed is generally between 50-60 km/h. Speeding up or slowing down will consume more fuel. Content 2: The shorter the distance, frequent stops, poor road conditions, and low speed will result in higher fuel consumption. Maintaining a constant speed of 40-55 km/h saves fuel. In dusty areas, check the air filter frequently.
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OMarcus
08/11/25 11:32pm
I've been riding my 150cc motorcycle for a few years now, and fuel consumption is quite a topic to discuss. Generally, when I ride in the city, the fuel consumption is about 2.5 to 3 liters per 100 kilometers, which translates to 0.025 to 0.03 liters per kilometer. Calculating that, a full tank of 10 liters can take me over 300 kilometers. There are many factors affecting fuel consumption—it's higher in traffic jams, carrying a passenger or going uphill also burns more fuel. I'm used to using economical gears, riding slower and braking less, which saves quite a bit on fuel. Regular maintenance is also crucial; a dirty air filter or old engine oil can make it consume more fuel. Overall, 150cc bikes are quite fuel-efficient, with low daily commuting costs, but beginners might experience higher fuel consumption at first—more practice helps stabilize it.
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