Custom and Design of Agri Drone
A. Muthukumar, M. V Muthukumar, S Tamil Varshini, N Prem Mathavan, Kedar Vishnu · 2023
The primary reason for using the proposed Agricultural drone is to spray fertilizer. Utilizing 3D printing technology, the Agri drone is manufactured. The Flight controller (KK2.1.5), electronic speed controllers (ESCs), transmitter and receiver (six channels), Brushless DC motors (1000 KV), propellers (1045), relay, and a 12 volt dc power pump are part of the electronic parts used in quadcopters. Electronics parts and 3D printed pieces are used to assemble the agricultural drone. It is urgently necessary to update old agricultural practices due to the world’s population growth and shrinking arable land. The problem of effective and productive farming is serious on many levels, particularly in a country like India, which was once regarded as the “land of farmers”. The only answer to this issue is modernization of agricultural methods. Innovations in biotechnology, appropriate instruction, and the use of cutting-edge farming equipment can all help to achieve this. Drones for agriculture might be one such instrument. Assembly mistakes, sizing problems, and weight balancing problems were challenges faced throughout the drone’s development. The agricultural drone is made using contemporary technologies like 3D printing, fast prototyping, and drone technology. An open environment is used to test the Agri drone’s ability to spray fertilizer.