The performance of a motorcycle depends on various factors beyond just engine displacement and weight. While the Bajaj Pulsar 220F has a larger engine displacement compared to the Bajaj Pulsar RS200, there are other factors that contribute to the RS200 being faster. Here are a few reasons:
Engine Technology: The Bajaj Pulsar RS200 is equipped with a fuel-injected engine, which provides better fuel-air mixture control compared to the carbureted engine of the Pulsar 220F. Fuel injection systems can optimize the air-fuel ratio for better combustion, resulting in improved power delivery and efficiency.
Power and Torque: Although the Pulsar 220F has a higher engine displacement, the power and torque figures of the RS200 are higher. The RS200's engine is specifically tuned for performance, allowing it to generate more power and torque, which translates to better acceleration.
Gearbox and Transmission: The transmission ratios and gear ratios of the RS200 could be optimized for quicker acceleration and better top-end performance. The gear ratios determine how the engine power is translated into wheel power, and different ratios can affect acceleration and top speed.
Aerodynamics: The design of the Bajaj Pulsar RS200 incorporates better aerodynamics compared to the Pulsar 220F. Improved aerodynamics reduce wind resistance, allowing the RS200 to achieve higher speeds more efficiently.
Overall Design and Weight Distribution: The overall design and weight distribution of a motorcycle can also impact its performance. The RS200 is designed as a sportbike, with a focus on agility and handling. The weight distribution and chassis stiffness of the RS200 may contribute to better stability and cornering capabilities, enhancing its overall performance.
It's important to note that the performance of a motorcycle can be subjective and depends on individual riding styles, conditions, and preferences. Factors like rider skill, maintenance, and other modifications can also influence the perceived performance of a motorcycle.