Design and Construction of a Cricket Ball Feeder.

Abstract

The Design and Construction of a Cricket Ball Feeder is a technologically-driven innovation designed to revolutionize cricket practice sessions by automating the ball delivery process. This project aims to offer a reliable and versatile solution for cricketers seeking consistent and controlled training scenarios. The Arduino Nano functions as the central control unit, orchestrating the entire operation by programming and regulating various parameters such as feeding frequency, ball trajectory, and delivery speed. A Switched Mode Power Supply (SMPS) ensures a stable and regulated power source for the system, enhancing reliability and efficiency .The core feeding mechanism is powered by a Sewing Motor, driving a specially designed wheel that efficiently picks up cricket balls and transfers them to the delivery system. A Servo Motor governs the trajectory of the fed balls, introducing variability to simulate diverse bowling scenarios. The Motor Shaft Coupling ensures seamless power transmission between the sewing motor and the wheel, guaranteeing consistent and reliable operation.