Which Is Faster: A 2000 HP Car or a 500 HP Enclosed Motorcycle?

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SUMMARY

The discussion centers on a comparison of top speeds between a 2000 HP car and a 500 HP enclosed motorcycle, weighing 2000 lbs and 500 lbs respectively. Key factors influencing speed include rolling resistance, traction, and aerodynamic drag coefficients. While the enclosed motorcycle benefits from a lower drag coefficient, the car's superior weight and traction may provide an advantage in acceleration. The use of an acceleration simulator is recommended for precise calculations and theoretical understanding.

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  • Understanding of vehicle dynamics and aerodynamics
  • Familiarity with rolling resistance concepts
  • Knowledge of traction and its impact on acceleration
  • Experience with acceleration simulation tools
NEXT STEPS
  • Explore the use of acceleration simulators for vehicle performance analysis
  • Research aerodynamic principles affecting vehicle speed
  • Study the effects of weight-to-power ratio on acceleration
  • Investigate rolling resistance calculations for different vehicle types
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Automotive engineers, performance enthusiasts, and anyone interested in understanding the dynamics of speed in vehicles.

taper41
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I have been curious on a certain matter of comparison between a car and a motorcycle.


if your took a car and a enclosed motorcycle ( for aero and top speed )lets say for hypothetical purposes the car weighed 2000 lbs and had 2000 horsepower, while the bike weighed 500 lbs and had 500 horsepower, which would have the higher top speed.

keep in mind obviously the factors of rolling resistance, and traction aswell.

i would assume that while an enclosed motorcycle would obviously have the lesser of a drag coefficient, the car would have more traction.

who would have the superior speed?
 
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