Title: Affordable Electric Tiller for Soil Cultivation for Farmers in Bani, Masinloc,
Zambales
Abstract:
The aim of this research is to create a cost-effective electric tiller that is especially suited
to the particular requirements of farmers in Bani, Masinloc, Zambales. This creative idea tackles
the major issues with manual soil tilling and weeding, which are not only labor-intensive and timeconsuming but frequently unsuccessful in fostering the best possible crop growth. The creation of
an affordable, efficient, and sustainable electric tiller that can successfully raise agricultural yields,
lessen soil erosion, and improve soil fertility is the main goal of this project.
The electric tiller's design focuses simplicity of use, durability, and adaptability to the
region's different soil types and various terrain. Additionally, this innovation has the potential to
significantly raise food security, boost local farmers' incomes, and support sustainable farming
methods that benefit the community and the environment. This study's importance comes from its
capacity to encourage the use of mechanized farming methods, which would lower post-harvest
losses and raise Bani's overall agricultural revenue. The electric tiller might empower farmers by
increasing farming efficiency, allowing them to better manage their time and resources, which
would ultimately result in a more thriving agricultural economy in the area.
Summary of "Affordable Electric Tiller for Soil Cultivation
for Farmers in Bani, Masinloc, Zambales"
This research project investigates the feasibility and effectiveness of an affordable electric tiller as an
alternative to manual tilling and expensive modern machinery for small-scale farmers in Bani,
Masinloc, Zambales.
Key Objectives:
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To develop a cost-efficient and less strenuous electric tiller.
To assess the electric tiller's availability, affordability, and durability.
To evaluate the efficiency of the electric tiller in soil cultivation compared to modern machinery,
focusing on productivity, user experience, and performance.
Methodology:
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Descriptive-evaluative research design using surveys and prototype testing.
Nine farmers from Bani, Masinloc, Zambales, with experience in manual tilling, participated in the
study.
Data was collected through questionnaires and analyzed using descriptive statistics (frequency,
weighted mean, Likert scale).
Key Findings:
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Availability: Electric tillers are currently not readily available in the local area.
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Affordability: The electric tiller is considered cost-effective compared to other modern soil
cultivators.
Durability: The durability of the electric tiller prototype needs improvement.
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Comfort: The electric tiller is very comfortable and easy to use.
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Effectiveness: The electric tiller is effective at breaking up soil.
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Productivity: The electric tiller's productivity is lower compared to modern soil cultivators.
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Performance: The electric tiller's overall performance is less satisfactory than modern power tillers.
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Energy Cost Savings: The electric tiller offers energy cost savings for soil cultivation.
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Ease of Handling: The electric tiller is easy to handle.
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User Experience: Overall user experience is less satisfactory compared to modern soil cultivators.
Conclusion:
The affordable electric tiller shows promise as a sustainable alternative but requires improvements in
availability, durability, and overall performance to compete with modern machinery.
Recommendations:
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Provide training and guidance to farmers on using electric tillers.
Manufacturers should adhere to quality standards for durability and efficiency.
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Farmers should provide feedback for continuous improvement of the tiller's design.
Local authorities should provide maintenance services and education on proper care.