DESIGN AND STATIC ANALYSIS OF GO-KART CHASSIS: A Review

Abstract

A go-kart is a miniature four-wheel drive vehicle that lacks a differential and suspension. The car is typically utilized for racing and has a light engine. Modeling and dynamic analysis of a go-kart chassis made of circular beams is the goal of this work. Not many people drive them professionally; most of the time, they're driven for fun or as a pastime on smaller tracks. ‘The general public views carting as a stepping stone to the more exclusive and costly levels of motorsports. The consensus among motorsports experts is that kart racing is the most cost-effective option. Most people who are new to motor racing start with kart racing since it is a low-cost and safe method to get their feet wet. Adults are just as active as youthful drivers when it comes to karting. If you want to be a serious racer, karting is where you should start. It can assist the driver hone their reflexes, control of the vehicle, and decision-making abilities, all of which are necessary for high-speed wheel-to-wheel racing. Over time, it gained popularity and other nations began to follow suit. The Indian go-karting scene is about to explode. Nagpur has a go-kart track that is ready to go, and Chennai is also attempting to build one. On a smaller scale, Indian companies are now making go-karts. However, the design and technical components of a go-kart must be reduced in price in order for them to become popular. The report details the goals, assumptions, and computations that went into creating a go-kart.