Transmission system is one of the most significant portions of the vehicle
architecture that helps in movement of the vehicle by transmitting power. This
research paper is to explain the complete transmission system involving the
methodology, calculations, design and analysis of a go-kart. There are many ways
of transmitting power to the kart, but the traditional way of transmission is by
using shafts and chain drives. This paper also explores various aspects
including gear selection and torque management. Further, it defines the
different aspects which impacts on the overall performance of the go-kart, like
traction force and safety factors by focusing on the material to be used, total
load acting, service factor, design load, bearing stress and so on. Also, the
total road resistance that is caused in various gears is computed to ensure that
the vehicle has good power distribution. The paper also comprises the
calculations for the rear axle to determine the suitable diameter for the shaft.
The ultimate aim is to develop a lightweight, low-cost, and highly efficient
transmission system.