Design And Fabrication Of Multipurpose Agricultural Robot

Abstract

Mechanization has significantly transformed agriculture in Bangladesh by enhancing productivity, reducing labor costs, and saving time through the use of machines in various farming stages. This project presents a cost-effective, multipurpose agricultural robot designed to automate key tasks such as plowing, seed sowing, water spraying, and pesticide application. The system is powered by an Arduino Uno microcontroller, enabling precise operation and coordination. The robot is controlled via a smartphone Bluetooth application and is developed using computer software for both design and simulation, the prototype integrates electronic, sensor, and mechanical systems to offer an efficient and sustainable solution for modern farming, especially in developing countries.