Design and Fabrication of Power Enhanced Electric Go-Kart

The rapid growth of electric vehicle (EV) technology has spurred interest in high-performance electric platforms like go-karts for recreational and competitive use. This research details the design and fabrication of a power-enhanced electric go-kart, integrating an efficient 12V 1A brushless DC motor (x4), a 12V 7Ah lithium-ion battery, and a lightweight 20×20×3 mm square pipe chassis with 2 mm acrylic sheet panels for aerodynamic aesthetics. The system includes a custom PCB circuit (5V 0.5A) for control and a battery management system (BMS) to optimize energy efficiency. Performance metrics such as speed, acceleration, and range were evaluated through simulations and real-world testing. The results demonstrate a balance of power, sustainability, and cost-effectiveness, offering insights for scalable EV applications. Top of Form Bottom of Form Key Words: Electric Go-Kart, Power-Enhanced, Electric Vehicle, Battery Management System, Motor Efficiency, Performance Optimization, Chassis Design, Energy Efficiency, Vehicle Dynamics, Sustainable Transportation, Mechanical Engineering, Electric Motor, Testing and Simulation