A go-kart is described as a type of car that can be used for a variety of purposes. The design of Go-karts depends on the purpose for which they will be used. They can be found in versions with a very simple construction and performance, with a weaker engine or without an engine, but there are also high-performance racing karts with a very complex and complex chassis. The design and creation of the maps in this work is done with the goal that the map can move on the road and surrounding roads. It is designed in such a way that it can be used by different ages and different proportions of drivers. A four-stroke gasoline engine was chosen as the driving element, according to which the maximum speed and torque were calculated. The forces acting on the shaft due to meeting the bending conditions were also calculated. The design of the chassis is adapted to all the selected elements. The steering geometry of the kart wheels is realized using the Ackermann steering geometry in order to prevent the front wheels from slipping during the turn. In addition to the mechanical part of the Go-kart, an electronic part is also incorporated. The electronic part includes the creation of an innovative system for measuring vehicle speed using the Arduino UNO microcontroller.