Diseño y construcción de un modelo de patinete eléctrico, personal y amigable para la ciudad

Abstract

The purpose of this research was to design an innovative project of an electric scooter prototype that is functional and friendly to the environment, to optimize the structural and electrical system in order to improve autonomy. The methodology used was the application of the inductive-deductive method since the physical variants were taken into account based on simulations, with the guidance of the parameters that were obtained from the implementation process of the electric scooter, managing to optimally design the electric scooter, which is functional and useful. In the same way, the design and assembly of its main and secondary components were carried out, to determine that the prototype fully complied with the objectives set at the beginning of the project. The state and operation of the electric scooter were optimal in all its sections since it provided safe and adequate maneuverability and manageability which never left the range that was planned, so the prototype was completed 100% and this is fully functional and secure. It is concluded that the scooter is a very useful and safe mobility alternative to be able to be used within the city. This is a great advance for society since traffic, and vehicular congestion is reduced, and above all, it helps environmental care by reducing contaminants gases. At the same time, it is recommended to create a brand image that transmits the values and objectives that have been set, with the help of a communication tool such as the website, which has been proposed in this project.