Design and fabrication of w heel hoe and wheel hiller (wholler)

Many economies, especially those in developing nations, are based mostly on agriculture. Conversely, a number of issues commonly faced by small-scale farmers restrict their output and financial success. The absence of contemporary agricultural tools and equipment, which results in tedious, time-consuming, and ineffective work, is one of the biggest challenges. The limits of conventional agricultural tools—which need a lot of physical labour, time, and resources— were brought to light in the issue statement. The goal of the project was to create an efficient and economical instrument that would relieve farmers' workloads and boost their output. To maximise the tool's performance, this design project used simulation and computer-aided design (CAD) technologies. This project includes other mechanical components in addition to (CAD), such assembly, drilling, welding, fitting, and others. Welding, assembling, and the usage of easily accessible materials were all part of the fabrication process. An easy-to-use, reasonably priced, and effective tool for planting, growing, and weeding was the anticipated outcome. This instrument will support sustainable agricultural methods and increase small-scale farmers' output