Mechanization refers to the process of introducing machinery into various tasks to replace or supplement human and animal labor. In the context of agriculture, mechanization involves the use of tools, machines, and equipment for performing farming operations such as plowing, sowing, irrigating, harvesting, threshing, and transporting crops. The adoption of mechanization in agriculture leads to increased efficiency, productivity, and precision while reducing the reliance on traditional labor-intensive methods. It encompasses both small-scale machinery, such as hand-held tools and small tillers, and large-scale equipment, including tractors, combine harvesters, and irrigation pumps. In India, mechanization in agriculture has evolved over several phases, reflecting the country’s socio-economic conditions, technological advances, and government policies. Before independence, agriculture in India was predominantly traditional, relying on human labor and animal-drawn implements. Tools like wooden plows, sickles, and bullock carts were widely used, and the productivity of land remained relatively low. The lack of infrastructure, limited access to modern machinery, and fragmented land holdings constrained the widespread adoption of mechanization. Farming operations were slow and labor-intensive, making them susceptible to seasonal fluctuations, climatic stress, and pest infestations. During this period, mechanization was mostly confined to larger estates or experimental farms established by colonial administrators or wealthy landowners. Post-independence, the Indian government recognized the need to modernize agriculture to ensure food security and support economic development. The Green Revolution of the 1960s marked a significant turning point in agricultural mechanization. The introduction of high-yielding varieties of crops, chemical fertilizers, and improved irrigation techniques increased the demand for mechanized tools to enhance productivity and reduce manual labor. Tractors and power tillers began replacing bullocks in plowing operations, while threshers and harvesters reduced the drudgery of post-harvest processes. Mechanization not only accelerated crop production but also contributed to better timeliness in farming operations, which is crucial for achieving higher yields. The extent of mechanization in India varies across regions, crops, and farm sizes. Punjab, Haryana, and Western Uttar Pradesh are often cited as examples of high mechanization due to fertile soils, better irrigation facilities, and relatively large land holdings. Tractors, combine harvesters, and sowing machines are commonly used in these states, resulting in significant improvements in productivity, particularly for wheat and rice cultivation. Conversely, states like Bihar, Odisha, and parts of the North-Eastern region have lower levels of mechanization due to small and fragmented land holdings, poor access to credit, inadequate rural infrastructure, and reliance on traditional farming methods. The disparity in mechanization levels highlights the influence of socio-economic and environmental factors on the adoption of modern agricultural practices. Mechanization in India encompasses various stages of farm operations. Primary operations