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Global Agricultural Robots Market by Offering (Hardware, Software and Services), by Type (UAVs, Milking Robots, Driverless Tractors, Automated Harvesting Systems and Others), by Farming Environment (Outdoor and indoor), by Application (Harvest Management, Field Farming, Dairy & Livestock Management, Soil Management, Irrigation Management, Pruning Management, Weather Tracking & Monitoring, Inventory Management and Others), by Farm Produce (Fruits and Vegetables, Field Crops, Livestock and Others), and By Region (North America, Europe, Asia Pacific, South America, and Middle East & Africa)- Global Forecast to 2027

Impact Analysis of Covid-19

The complete version of the Report will include the impact of the COVID-19, and anticipated change on the future outlook of the industry, by taking into the account the political, economic, social, and technological parameters.

The global agricultural robot market is likely to propagate due to the growing population and increasing labor shortage, which encourages automation and use of real-time multimodal robot systems in the field
Global agricultural robots market size was valued at USD 4.9 billion in 2019 and is anticipated to which expected to reach USD 26.76 billion by 2027, growing at a CAGR of 19.76 % from 2020-2027. The primary factors are the surge in demand for increasing agricultural automation due to the diminishing number of skilled labor and swelling affordability of IoT and GPS technologies. Additionally, the increase in automation technology, growth in demand for food and feed, rise in popularity of indoor farming, and weather uncertainties. Also, the growing need for monitoring crop health for yield production and the increasing support of the government for the adoption of modern agricultural techniques will accelerate the global agricultural robot industry in the coming years. Further, the reduced human efforts significantly, which automatically results in the labor cost reduction required in the farming functions, are projected to propelling the agricultural robot market.
Moreover, the high cost of hiring skilled labor and increased pressure on food supply is positively impacting the demand. Also, the increase in population in the urban areas and the suburbs, along with the increased demand for food production, is expected to witness remarkable growth in the agricultural robot industry. Furthermore, the high proliferation in the indoor farming process to effectively manage the yields and another farming process would robust impact the global agricultural robot industry in the analysis period. Additionally, the advent of low-cost IoT devices is enabling companies to offer various agricultural software and analytics services to their customers; these vital factors are expected to trigger the expansion of the agricultural robot industry in the upcoming periods.
Offering Overview in the Global Agricultural Robots Market
Based on offering, the global agricultural robot market classified into hardware, software, and services. The hardware segment expected to lead the market by 2027 owing to the rising affordability of auto-steering systems and improving GPS accuracy has enabled tractors and other agricultural ground vehicles to operate autonomously. Additionally, the increasing demand for agricultural drones due to their effective utility and high affordability in crop monitoring and spraying application will accelerate the agriculture robot market.
Type Overview in the Global Agricultural Robots Market
Based on the type, the global agricultural robots market classified into UAVs, milking robots, driverless tractors, automated harvesting systems, and others. The UAVs segment witnessed the largest market share in 2019 and will dominate by 2027. It is owing to the growing application of UAV for pesticide spraying, capturing different videos of harvesting, planting, and scouting fields.
Application Overview in the Global Agricultural Robots Market
Based on the application, the global agricultural robots market categorized into harvest management, field farming, dairy & livestock management, soil management, irrigation management, pruning management, weather tracking & monitoring, inventory management, and others. The dairy & livestock management segment projected to lead the market by 2027. It is due to milking robots helping extract milk from an animal and increasing the milk yield and reducing workforce costs.
Farm Produce Overview in the Global Agricultural Robots Market
Based on farm produce, the global agricultural robots market segmented into fruits and vegetables, field crops, livestock, and others. The field crops anticipated to dominate the market by 2027. It is attributable to agriculture robots help in driverless sprayer/ tractor, and sheep shearing purpose and deployed for the horticultural tasks such as weeding, pruning, monitoring, and spraying.
Regional Overview in the Global Agricultural Robots Market
By geography, the global agricultural robots market segmented into North America, Europe, Asia Pacific, South America, and Middle East & Africa. North America held a higher market share in 2019 and will continue its dominance by 2027. It is attributable to the high adaptability of the consumers for the new technology, government regulatory policy for encouraging commercial use of drones, growing venture capitals, and the rising industrialization of the agriculture sector.
Global Agricultural robots Market: Competitive Landscape
Companies such as Deere & Company, Trimble, AGCO Corporation, AgJunction, DJI, Boumatic, Lely, DeLaval, Topon, AgEagle Aerial Systems, YANMAR CO., Deepfield Robotics, ecoRoborix, Harvest Automation, Naïo Technologies, ROBOTICS PLUS, CNH INDUSTRIAL N.V., KUBOTA Corporation, HARVEST CROO, Autonomous Tractor Corporation, Abundant Robotics, Clearpath Robotics, Iron Ox, CLAAS KGaA mbH and Ag Leader Technology are the key players in the global agricultural robots market. 

Global Agricultural Robots Market
Report Content
1.	Research Strategic Development
1.1.	Market Modelling
1.2.	Product Analysis
1.3.	Market Trend and Economic Factors Analysis
1.4.	Market Segmental Analysis
1.5.	Geographical Mapping
1.6.	Country Wise Segregation
2.	Research Methodology
2.1.	Identification of Target Market
2.2.	Data Acquisition 
2.3.	Refining of Data/ Data Transformations
2.4.	Data Validation through Primary Techniques
2.5.	Exploratory Data Analysis
2.6.	Graphical Techniques/Analysis
2.7.	Quantitative Techniques/Analysis
2.8.	Visual Result/Presentation 
3.	Executive Summary
4.	Market Insights
4.1.	Economic Factor Analysis 
4.1.1.	Drivers
4.1.2.	Trends
4.1.3.	Opportunities
4.1.4.	Challenges
4.2.	Technological Landscape
4.3.	Competitors & Product Analysis
4.4.	Regulatory Framework
4.5.	Company market share analysis, 2019
4.6.	Porter's Five forces analysis
4.7.	New Investment Analysis
4.8.	PESTEL Analysis
4.9.	Impact Of Covid-19 On Agricultural Robots
5.	Global Agricultural Robots Market Overview
5.1.	Market Size & Forecast, 2016-2027
5.1.1.	Demand
5.1.1.1.	By Value (USD Million)
5.2.	Market Share & Forecast, 2016-2027
5.2.1.	By Offering
5.2.1.1.	Hardware
5.2.1.2.	Software
5.2.1.3.	Services
5.2.2.	 By Type
5.2.2.1.	UAVs
5.2.2.2.	Milking Robots
5.2.2.3.	Driverless Tractors
5.2.2.4.	Automated Harvesting Systems
5.2.2.5.	Others
5.2.3.	 By Farming Environment
5.2.3.1.	Outdoor
5.2.3.2.	Indoor
5.2.4.	By Application
5.2.4.1.	Harvest Management
5.2.4.2.	Field Farming
5.2.4.3.	Dairy & Livestock Management
5.2.4.4.	Soil Management
5.2.4.5.	Irrigation Management
5.2.4.6.	Pruning Management
5.2.4.7.	Weather Tracking & Monitoring
5.2.4.8.	Inventory Management
5.2.4.9.	Others
5.2.5.	By Farm Produce
5.2.5.1.	Fruits and Vegetables
5.2.5.2.	Field Crops
5.2.5.3.	Livestock
5.2.5.4.	Others
5.2.6.	 By Region
5.2.6.1.	North America
5.2.6.2.	Europe
5.2.6.3.	Asia Pacific
5.2.6.4.	South America 
5.2.6.5.	Middle East & Africa 
6.	North America Agricultural Robots Market Overview
6.1.	North America Agricultural Robots Market Size & Forecast, 2016-2027
6.1.1.	Demand
6.1.1.1.	By Value (USD Million)
6.2.	North America Agricultural Robots Market Share & Forecast, 2016-2027
6.2.1.	By Offering
6.2.1.1.	Hardware
6.2.1.2.	Software
6.2.1.3.	Services
6.2.2.	 By Type
6.2.2.1.	UAVs
6.2.2.2.	Milking Robots
6.2.2.3.	Driverless Tractors
6.2.2.4.	Automated Harvesting Systems
6.2.2.5.	Others
6.2.3.	 By Farming Environment
6.2.3.1.	Outdoor
6.2.3.2.	Indoor
6.2.4.	By Application
6.2.4.1.	Harvest Management
6.2.4.2.	Field Farming
6.2.4.3.	Dairy & Livestock Management
6.2.4.4.	Soil Management
6.2.4.5.	Irrigation Management
6.2.4.6.	Pruning Management
6.2.4.7.	Weather Tracking & Monitoring
6.2.4.8.	Inventory Management
6.2.4.9.	Others
6.2.5.	By Farm Produce
6.2.5.1.	Fruits and Vegetables
6.2.5.2.	Field Crops
6.2.5.3.	Livestock
6.2.5.4.	Others
6.2.6.	By Country
6.2.6.1.	US
6.2.6.2.	Canada
6.2.6.3.	Mexico
6.2.7.	Company Market Share (Top 3-5)
6.2.8.	Economic Impact Study on North America Agricultural Robots Market 
7.	Europe Agricultural Robots Market Overview
7.1.	Europe Agricultural Robots Market Size & Forecast, 2016-2027
7.1.1.	Demand
7.1.1.1.	By Value (USD Million)
7.2.	Europe Agricultural Robots Market Share & Forecast, 2016-2027
7.2.1.	By Offering
7.2.1.1.	Hardware
7.2.1.2.	Software
7.2.1.3.	Services
7.2.2.	 By Type
7.2.2.1.	UAVs
7.2.2.2.	Milking Robots
7.2.2.3.	Driverless Tractors
7.2.2.4.	Automated Harvesting Systems
7.2.2.5.	Others
7.2.3.	 By Farming Environment
7.2.3.1.	Outdoor
7.2.3.2.	Indoor
7.2.4.	By Application
7.2.4.1.	Harvest Management
7.2.4.2.	Field Farming
7.2.4.3.	Dairy & Livestock Management
7.2.4.4.	Soil Management
7.2.4.5.	Irrigation Management
7.2.4.6.	Pruning Management
7.2.4.7.	Weather Tracking & Monitoring
7.2.4.8.	Inventory Management
7.2.4.9.	Others
7.2.5.	By Farm Produce
7.2.5.1.	Fruits and Vegetables
7.2.5.2.	Field Crops
7.2.5.3.	Livestock
7.2.5.4.	Others
7.2.6.	By Country
7.2.6.1.	Germany
7.2.6.2.	UK
7.2.6.3.	France
7.2.6.4.	Italy
7.2.6.5.	Rest of Europe
7.2.7.	Company Market Share (Top 3-5)
7.2.8.	Economic Impact Study on Europe Agricultural Robots Market 
8.	Asia Pacific Agricultural Robots Market Overview
8.1.	Asia Pacific Agricultural Robots Market Size & Forecast, 2016-2027
8.1.1.	Demand
8.1.1.1.	By Value (USD Million)
8.2.	Asia Pacific Agricultural Robots Market Share & Forecast, 2016-2027
8.2.1.	By Offering
8.2.1.1.	Hardware
8.2.1.2.	Software
8.2.1.3.	Services
8.2.2.	 By Type
8.2.2.1.	UAVs
8.2.2.2.	Milking Robots
8.2.2.3.	Driverless Tractors
8.2.2.4.	Automated Harvesting Systems
8.2.2.5.	Others
8.2.3.	 By Farming Environment
8.2.3.1.	Outdoor
8.2.3.2.	Indoor
8.2.4.	By Application
8.2.4.1.	Harvest Management
8.2.4.2.	Field Farming
8.2.4.3.	Dairy & Livestock Management
8.2.4.4.	Soil Management
8.2.4.5.	Irrigation Management
8.2.4.6.	Pruning Management
8.2.4.7.	Weather Tracking & Monitoring
8.2.4.8.	Inventory Management
8.2.4.9.	Others
8.2.5.	By Farm Produce
8.2.5.1.	Fruits and Vegetables
8.2.5.2.	Field Crops
8.2.5.3.	Livestock
8.2.5.4.	Others
8.2.6.	By Country
8.2.6.1.	China
8.2.6.2.	India
8.2.6.3.	Japan
8.2.6.4.	Australia
8.2.6.5.	Rest of Asia Pacific
8.2.7.	Company Market Share (Top 3-5)
8.2.8.	Economic Impact Study on Asia Pacific Agricultural Robots Market 
9.	South America Agricultural Robots Market Overview
9.1.	South America Agricultural Robots Market Size & Forecast, 2016-2027
9.1.1.	Demand
9.1.1.1.	By Value (USD Million)
9.2.	South America Agricultural Robots Market Share & Forecast, 2016-2027
9.2.1.	By Offering
9.2.1.1.	Hardware
9.2.1.2.	Software
9.2.1.3.	Services
9.2.2.	 By Type
9.2.2.1.	UAVs
9.2.2.2.	Milking Robots
9.2.2.3.	Driverless Tractors
9.2.2.4.	Automated Harvesting Systems
9.2.2.5.	Others
9.2.3.	 By Farming Environment
9.2.3.1.	Outdoor
9.2.3.2.	Indoor
9.2.4.	By Application
9.2.4.1.	Harvest Management
9.2.4.2.	Field Farming
9.2.4.3.	Dairy & Livestock Management
9.2.4.4.	Soil Management
9.2.4.5.	Irrigation Management
9.2.4.6.	Pruning Management
9.2.4.7.	Weather Tracking & Monitoring
9.2.4.8.	Inventory Management
9.2.4.9.	Others
9.2.5.	By Farm Produce
9.2.5.1.	Fruits and Vegetables
9.2.5.2.	Field Crops
9.2.5.3.	Livestock
9.2.5.4.	Others
9.2.6.	By Country
9.2.6.1.	Brazil
9.2.6.2.	Argentina
9.2.6.3.	Rest of South America
9.2.7.	Company Market Share (Top 3-5)
9.2.8.	Economic Impact Study on South America Agricultural Robots Market
10.	Middle East & Africa Agricultural Robots Market Overview
10.1.	Middle East & Africa Agricultural Robots Market Size & Forecast, 2016-2027
10.1.1.	Demand
10.1.1.1.	By Value (USD Million)
10.2.	Middle East & Africa Agricultural Robots Market Share & Forecast, 2016-2027
10.2.1.	By Offering
10.2.1.1.	Hardware
10.2.1.2.	Software
10.2.1.3.	Services
10.2.2.	 By Type
10.2.2.1.	UAVs
10.2.2.2.	Milking Robots
10.2.2.3.	Driverless Tractors
10.2.2.4.	Automated Harvesting Systems
10.2.2.5.	Others
10.2.3.	 By Farming Environment
10.2.3.1.	Outdoor
10.2.3.2.	Indoor
10.2.4.	By Application
10.2.4.1.	Harvest Management
10.2.4.2.	Field Farming
10.2.4.3.	Dairy & Livestock Management
10.2.4.4.	Soil Management
10.2.4.5.	Irrigation Management
10.2.4.6.	Pruning Management
10.2.4.7.	Weather Tracking & Monitoring
10.2.4.8.	Inventory Management
10.2.4.9.	Others
10.2.5.	By Farm Produce
10.2.5.1.	Fruits and Vegetables
10.2.5.2.	Field Crops
10.2.5.3.	Livestock
10.2.5.4.	Others
10.2.6.	By Country
10.2.6.1.	Saudi Arabia
10.2.6.2.	UAE
10.2.6.3.	South Africa
10.2.6.4.	Rest of Middle East & Africa
10.2.7.	Company Market Share (Top 3-5)
10.2.8.	Economic Impact Study on Middle East & Africa Agricultural Robots Market
11.	Competitor Analysis
11.1.	Company Description
11.2.	Financial Analysis
11.3.	Key Products
11.4.	Key Management Personnel 
11.5.	Contact Address
11.6.	SWOT Analysis
11.7.	Company Profile
11.7.1.	Deere & Company
11.7.2.	Trimble
11.7.3.	AGCO Corporation
11.7.4.	AgJunction
11.7.5.	DJI
11.7.6.	Boumatic
11.7.7.	Lely
11.7.8.	DeLaval
11.7.9.	Topon
11.7.10.	AgEagle Aerial Systems
11.7.11.	YANMAR CO.
11.7.12.	Deepfield Robotics
11.7.13.	ecoRoborix
11.7.14.	Harvest Automation
11.7.15.	Naïo Technologies
11.7.16.	ROBOTICS PLUS
11.7.17.	 CNH INDUSTRIAL N.V.
11.7.18.	KUBOTA Corporation
11.7.19.	HARVEST CROO
11.7.20.	Autonomous Tractor Corporation,
11.7.21.	Other Prominent Players

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