Agricultural robots, which are also called as AgBots, AgriBots, and FarmBots, provide efficient, cost-effective, and safe production of nuts, vegetables, grains, nursery crops, and horticulture through the utilization of advanced sensing, localization, mobility, navigation, computing, and interaction technologies. The agricultural robot has transformed the technique implemented for the production of the crop in the agriculture farm. Key application fields for agricultural robots consist of unmanned aerial vehicles, field crops & forest management, material management, driverless tractors, soil management, animal management, dairy management, and so on.
The agricultural robots would be soon completely replacing the human labors owing to their benefits such as stable work rates even in varied and harsh ecological circumstances, a decrease in the usage of pesticides & chemicals applied to the crops, and the profoundly sought-after conception of precision agriculture. Thus, the rising demand for agricultural robots is projected to boost in the coming period.
The key factors contributing to the hiking demand for these robots are the growing strain on the supply of the food, decreasing accessibility of farm workers, the complexities & challenges of farm labor, the price of farm workers, altering farmlands & changes in climate, the rise of indoor farming, and the extensive automation of the agriculture industry.
The other important factors propelling the market for the agricultural robots are the implementation of new techniques to elevate farm efficiency & decrease the cost of production, rising need for food globally due to escalating population, rising demand for supervising crop health for yield production, and the increasing support of government for implementation of advanced agricultural technologies. The most extensively used application in agricultural robots is the harvesting management that plays a significant role in comprehending the field variability and assists the farmers to maximize their yields.
However, the huge initial expenditure, technical unawareness among the farmers, lack of standardization, and management of data for productive decision are few of the major factors that can impede growth of the agricultural robots market.