Electronic System Design for a Bespoke Sports Training Equipment

Abstract

AbstractA complex smart product is usually made up of three main systems, namely the mechanical, electronic, and software systems. The current paper proposes a targeted design structure for the electronic system of a bespoke training equipment, so that it enables customized training strategies for ball sports. This is achieved through innovative technical solutions which enable customizable ball trajectories through programmed rotational angles of the launching system. In this case, the electronic system provides focused solutions to determine and project the specific ball trajectories, while ensuring a high degree of repeatability. Selecting the appropriate electronic components, which facilitate and enhance the capabilities of hardware components, is key in order to create a bespoke and modular training equipment concept. In order to actuate and control custom 3D printed components, an adaptable electronic system is designed. In this case, the electronic system commands the actuation of the motors and controls the acquisition of data from various sensors for the proper functioning of the product prototype. For the design and manufacturing of the bespoke sports training equipment, principal and secondary motors are used, which actuate several components: a custom 3D printed launch blade; a microcontroller; a gyroscope for position management and control; a sensor for sending commands from a remote control; an Arduino board for communication between motors and the software application; switching sources; motor drivers.