The mileage of a motorcycle is influenced by various factors, including engine size, power output, weight, aerodynamics, and riding conditions. In the case of the KTM Duke 200 and Duke 250, the difference in mileage can be attributed to a few key factors:
Engine Displacement: The Duke 200 has a smaller engine displacement of 200cc compared to the Duke 250, which has a 248.8cc engine. Generally, smaller engines tend to be more fuel-efficient because they consume less fuel to generate power. The Duke 200's engine may need to work harder to provide the desired performance, resulting in slightly higher fuel consumption and lower mileage compared to the Duke 250.
Power Output: The Duke 250 has a higher power output than the Duke 200. The increased power usually comes with increased fuel consumption. The Duke 250's engine delivers more power, which can translate to higher fuel consumption and, consequently, slightly lower mileage compared to the Duke 200.
Weight: The weight of a motorcycle affects its fuel efficiency. The Duke 250 is slightly heavier than the Duke 200 due to the larger engine and additional components. The increased weight can contribute to slightly higher fuel consumption and lower mileage for the Duke 250.
Riding Style and Conditions: The way a motorcycle is ridden and the riding conditions can significantly impact its mileage. Aggressive acceleration, high-speed riding, frequent braking, and riding in traffic or hilly terrains can lead to increased fuel consumption and reduced mileage for both the Duke 200 and Duke 250.
It's important to note that mileage figures can vary depending on individual riding habits, maintenance, and other external factors. The manufacturer's claimed mileage figures are typically based on standardized testing conditions and may not reflect real-world riding scenarios.