The North America agricultural robots market growth is predicted to progress at a CAGR of 19.07% during the forecast period, 2022-2030, and is anticipated to garner a revenue of $8489.87 million by 2030.

The increasing population and the growing disposable income have raised the food demands in North America. Also, there is rising demand for meat and dairy. A majority of the population consumes dairy products like butter, milk, cheese, etc. These are produced on dairy farms. Besides, cocoa, coffee, bananas, sugarcane, oranges, etc., are harvested in the region.

Also, the agriculture sector has made steady contributions to the North American economy, given the increasing agricultural activities and production. However, there is a declining inclination towards agriculture as a professional career, which is set to facilitate the entry of agricultural robots.

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The North America agricultural robots market growth analysis includes the assessment of Canada and the United States. In the United States, commercial agriculture is increasingly incorporating robotics. The utilization of agricultural robots has enabled benefits like cost-efficient procedures and better time and labor management. Also, key players are launching multiple machines utilized by agriculture companies. For instance, Deere & Company launched ‘LettucsBot2,’ a machine attached to the tractor used for lettuce crop.

Further, the rising population has escalated the demand for food in the country. This has resulted in an increased need for modern machinery like agricultural robotics to enhance crop production. In addition, several organizations are supplementing research in the field of engineering and computing to facilitate advancements in robotics. For instance, the US Department of Agriculture’s National Institute of Food and Agriculture (NIFA) announced the National Robotics Initiative for developing collaborative robots that will contribute to the agriculture prospects of the country. Besides, manufacturers are investing in research and development activities to develop imaging capabilities and sensors in robots. Moreover, they are launching robots equipped with GPS technology for better navigation and adopting drones for crop monitoring and pesticide spraying.

The North America agricultural robots market scope entails application and type. The type segment is further sub-segmented into driverless tractor, UAVs/drones, automated harvesting system, milking robots, and other types.

Unmanned aerial vehicles, also known as drones, are gaining traction in the agriculture industry. They offer smart farming solutions. Drones provide time-saving and cost-efficient solutions and gather real-time data. They are also considered a sustainable solution. The incorporation of UAVs/drones has helped farmers tackle challenges associated with soil variations, irrigation, and pest & fungal infestations. In addition, UAVs can monitor and offer information about water access, soil quality, presence of weeds and insects, changing climate, etc.

Different types of UAVs include multi-rotor UAVs, single-rotor helicopter, fixed-wing-multi-rotor hybrid UAVs, and fixed-wing UAVs. Multi-rotor UAVs are utilized for aerial photography, surveillance, etc., and are cheap and easy to manufacture. Fixed-wing-multi-rotor hybrid UAVs entail combined features of fixed-wing and multi-rotor UAVs. These can be used for surveillance, spraying, and aerial photography.

Some of the prominent companies in the North America agricultural robots market include PrecisionHawk Inc, CNH Industrial, Ecorobotix, Naio Technologies, Deere & Company, etc.

PrecisionHawk Inc is a leading manufacturer of aerospace and aviation components. It specializes in manufacturing unmanned aerial vehicles, data analytics, drone safety, remote sensing, data analytics, etc. The company caters to telecommunications, solar, utilities, oil & gas, government, etc. It is headquartered in North Carolina, the United States.

One of its key products, DJI Matrice 200 V2, is an agricultural drone that flies in sub-zero temperatures and high winds, and can detect an aircraft within the flight area.

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