Mechanical Pineapple Sapling Planter

Abstract

This report's objective is to present the design and assessment of a mechanical pineapple sapling planter, which provides a creative way to efficiently and automatically plant pineapple saplings in agricultural settings. Traditional manual planting is labour- and time-intensive, which results in low productivity and higher costs. In order to simplify planting and boost productivity, a mechanical planter was created in response to these difficulties. The main goals and specifications of the mechanical planter are covered in the report's opening section, along with issues like ease of use, accuracy, and adaptability to various soil types. In order to maintain planting accuracy while enduring the rigors of fieldwork, a sturdy mechanical framework had to be developed during the design phase. To guarantee accurate and consistent planting depths, several mechanisms, including soil penetration and sapling placement, were painstakingly designed. Field tests were carried out in pineapple plantations under various environmental conditions to assess how well the mechanical planter performed. In comparison to manual planting, the tests looked at planting speed, accuracy, and general effectiveness. The findings showed that the mechanical planter significantly outperformed manual techniques, resulting in higher planting accuracy and a significant reduction in planting time. The planter also demonstrated soil type adaptability, increasing its usefulness and potential for wide adoption. The report's conclusion emphasizes the advantages of widespread use of the mechanical pineapple sapling planter. With lower labour costs, increased productivity, and minimal environmental impact, it provides a sustainable solution for the agricultural sector. The mechanical planter's successful design and testing contribute to agricultural automation advancements, opening the door for improved pineapple cultivation productivity and efficiency