Modelling and Development of Real time Wireless Agri Sprayer for Optimal Agricultural Operations

Abstract

The Agri sprayer is a specialized agricultural equipment designed for the purpose of spraying various
substances, such as fertilizers, pesticides, herbicides, and other liquid solutions, onto crops or
agricultural fields. It plays a crucial role in crop protection and management by ensuring the effective
and efficient distribution of these substances. These are indispensable tools in modern agriculture,
helping farmers effectively manage pests, diseases, and weed control, while promoting optimal crop
health and yield. The necessity of real-time Agri Sprayer robot with a transmitter and receiver lies in
the agricultural industry's ongoing efforts to improve efficiency, precision, and sustainability in
farming practices. Traditional agricultural spraying methods often involve manual labour or large
machinery, which can be time-consuming, resource-intensive, and may result in uneven distribution of
pesticides, fertilizers, or other agricultural inputs. This can lead to wastage, environmental pollution,
and reduced crop yields. To address these challenges, the development of a Realtime Agri Sprayer
robot with a transmitter and receiver has emerged as a potential solution. This robot is designed to
automate the spraying process, making it more precise and efficient. It utilizes advanced technologies
such as robotic body chassis design, pumping sprayer mechanism and wireless communication to
optimize agricultural spraying operations.