Design and Fabrication of Self-Propelled Fertilizer Spreader

In the Agriculture Sector, Precision farming techniques are undergoing a revolutionary change with the goal of maximizing resource efficiency and reducing environmental impact. This Research Paper examines about the viability and advantages of incorporating battery-operated systems into fertilizer spreaders for the further development of effective and sustainable farming methods. The study begins by reviewing the current state of fertilizer spreading technologies, emphasizing the importance of precision and uniformity in nutrient application. It then introduces the concept of battery-operated fertilizer spreaders as a potential solution to address the limitations of traditional, fossil fuel-dependent counter parts. Field tests are used in the study technique to compare traditional models versus battery-operated fertilizer spreaders in a range of crop and soil situations. Carefully examined and studied are parameters including application rates, spreading precision, and operating expenses. The research also evaluates the effect on the environment, taking into account elements like carbon emissions, soil health, and sustainability in general. The primary focus is on evaluating the performance, economic viability, and environmental implications of this emerging technology. The purpose of this research is to offer useful information to farmers, producers of agricultural equipment, and legislators who are looking for sustainable solutions for contemporary farming methods. The use of fertilizer spreaders powered by batteries has the potential to greatly enhance precision farming and promote a more ecologically responsible and sustainable method of managing crop nutrient levels.