Next-Generation Brake Solutions for Go-Karts: Design and Performance Insights

The braking system is crucial in go-kart operation, where speed and control are essential for an exhilarating and competitive racing experience. This research article explores a go-kart braking system's intricate design and analysis, aiming to optimize performance under various racing conditions. By adhering to the constraints set by established rulebooks, this study ensures compliance with the safety and performance standards necessary for competitive racing. Optimization focuses on specific requirements such as response time, braking force, and heat dissipation. A comprehensive approach is taken, starting with the selection of appropriate materials for the braking components. This includes an in-depth analysis of their thermal properties to ensure the system can withstand the high temperatures generated during intense braking. The design of the braking system integrates both mechanical and hydraulic principles. This combination ensures a strong and reliable system capable of delivering precise control and stopping power. To support the design and optimization process, various design and analytic software tools are utilized. These tools enable detailed modeling and simulation of the braking system, allowing for the evaluation of different design scenarios and the prediction of system performance under various conditions. In conclusion, this research advances go-kart technology by presenting a detailed and optimized braking system design that meets the high demands of competitive racing. The integration of mechanical and hydraulic principles, combined with material selection and thermal analysis, ensures high performance, safety, and durability. This paper serves as a comprehensive guide for developing an improved braking system, with the potential to enhance the racing experience and achieve better outcomes in go-kart competitions.