Automating Potato Cultivation: A Study of Single Row Planter.

This research paper focuses on the development and evaluation of a single row automatic potato planter designed for mini tractors to enhance potato cultivation and productivity in India. The study addresses the challenges faced in potato farming, such as labor-intensive practices and limited mechanization. The planter's key components, including the seed box, power transmission system, seed metering mechanism, ridger, and frame, are meticulously designed for efficient and precise potato sowing. Performance evaluation of the planter was conducted through field tests, considering varying speeds and depths of sowing. Three dependent parameters were analyzed: Effective Field Capacity, Field Efficiency, and Missing Seed Percentage. Results showed that higher speeds increased effective field capacity, while deeper depths decreased it. The most efficient speed was found to be 1.25 km/hr, suitable for mini tractors. Missing seed percentage increased with higher speeds and depths due to chain velocity. The study demonstrates the planter's potential to optimize potato planting operations, reduce labor intensity, and increase overall productivity. The findings provide valuable insights for farmers, policymakers, and stakeholders, encouraging the adoption of mechanized solutions to enhance vegetable production and achieve food and nutritional security in India. The single row automatic potato planter offers a practical and efficient tool for sustainable agriculture, contributing to India's agricultural prosperity and economic growth. [ABSTRACT FROM AUTHOR]