Farmoline - The New Age Agro Drone in Modern Embedded Agriculture to Spray Healthy Organic Pesticides

The utilization of unmanned aerial vehicles (UAVs), popularly known as drones, in the agricultural sector has garnered notable attention as a possible means of enhancing efficiency and productivity in crop care and management. Therefore, this research project proposes the creation of an atmospherically regulated automotive spraying mechanism utilizing drones for agricultural applications. The principal objective of this study is to replace manual labour with an automated and eco-friendly solution that promotes sustainable farming practices. To tackle the challenge of accurately and precisely spraying the required quantity of enzymes to crops, this research project has implemented a wired configuration, which comprises poles and pulleys to create a stable spraying system. This approach guarantees meticulous and controlled movements of the drones while simultaneously reducing the payload by providing wired supplies in place of heavy batteries. By utilizing tethered drones with a remarkable payload capacity of 5-liters, the research project aims to extend flight time and coverage area, thereby enabling efficient spraying over vast agricultural land. Furthermore, the replacement of chemical fertilizers and pesticides with enzymes and natural agents minimizes environmental pollution and reduces chemical dependency, thereby creating a cleaner and greener farming ecosystem. The proposed drone-based spraying system offers a practical and sustainable solution for small-scale farming, thereby enabling farmers to automate crop care operations and decrease reliance on harmful chemicals. With autonomous operation and minimal human intervention, farmers can allocate their time and resources more effectively while ensuring efficient and effective crop management. This research project contributes to the advancement of agricultural practices by integrating the capabilities of drone technology and considering environmental factors into crop care operations. The following sections delve into the methodology, advantages, and limitations of the proposed system, providing insights into its potential applications and impact on the agricultural industry.