Abstract
This study thoroughly evaluates the performance of an electric go-kart, covering acceleration, top speed, handling, energy efficiency, and driving experience. Real-world tests measure acceleration and top speed on a track, while expert drivers provide feedback on handling. Computational simulations analyze aerodynamics, structural integrity, and energy consumption. The study also considers subjective aspects like comfort and enjoyment through surveys and interviews. The results provide valuable insights for manufacturers, enthusiasts, and researchers, aiding the advancement of electric vehicles. Keywords: Acceleration, Energy efficiency, Computational fluid dynamics, Finite element analysis.
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