US Agricultural Drone Market: Current Scenario and Forecast (2019-2025): Emphasis on Drone Type (Fixed-Wing, Multi-Rotor, Hybrid), Application (Field Mapping, Crop Spraying, Agricultural Photography, Crop Monitoring, Soil Monitoring) and Region (Mid-West, South, Northeast, West)

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The United States Agriculture drone market is segmented based on drone type (fixed wing, multirotor and hybrid), application (field mapping, crop spraying, agricultural photography, crop monitoring, soil monitoring, weather tracking & forecasting and livestock monitoring) and are the major focus areas considered while analyzing and defining the penetration of agriculture drone technology in United States. Under the drone type segment, in 2018, the fixed-wing drone dominated the United States agriculture drone market with a maximum share in terms of revenue. Based on estimation, the segment occupied 47.2% share. However, the strengthening agriculture attributed to surging big data and advantages offered by fixed-wing drones in agriculture domain is anticipated to register the CAGR of 6.85% over the forecast period (2019-2025). While hybrid drones are anticipated to register the highest CAGR of 17.99% over the period. Precision agriculture is one of the systematic approaches to farming. It is an integrated crop management system that purposes to match the amount and the kind of inputs required by the crop for small areas within a farm field. It is also known as satellite farming and site-specific crop management. The technology automates the agricultural cultivation and eliminates the need for manual efforts. Various technologies in precision agriculture support the farmers in collecting precise information regarding planting, crop fertilizing and harvesting. In addition, uncertain & changing weather conditions accredited to surging global warming have led to the adoption of precision agriculture technology which also results in enhancing productivity and crop yield. Real-time monitoring and information sharing through mobile applications and smartphones along with growing preference for telematics technology are further expected to flourish the market potential across the globe in near future. Considering one of the precision agriculture technology, agriculture drones have become a critical solution owing to the exponential increase in food demand, along with closer collaboration between governments, tech leaders, and industry. Drones can assist farmers in a range of tasks from analysis and planning, to the actual planting of crops, and the subsequent monitoring of fields to ascertain health and growth. As farms become larger and more efficient to meet this escalating demand, drones have proved themselves as invaluable in precisely managing a farm’s vital operations. It has been estimated that approximately 27720 agriculture drones in United States were accounted in 2018 which are expected to reach 71400 agriculture drones by 2022 showcasing tremendous CAGR of 26.7% over the forecast period (2018-2022). Obsolete traditional methods, the increasing shortage of food supply to cater to the ever-growing population has substantially catalyzed the market penetration of agriculture drones in United States. Considerable adoption of various smart devices in agriculture ranging from agricultural drones, robotics, sensors, GPS receivers to yield monitors has proliferated the industry growth over the recent years. Moreover, increasing investments by various established players along with numerous start-ups have remarkably scaled up the potential for the industry further leading to numerous farmers adopting such advanced technologies into their crop cultivation. Moreover, in 2018, crop spraying application in agriculture drone held a prominent share of 27%, followed by field mapping. The crop spraying market in United States was evaluated at US$ 19.45 million in 2018 and is projected to witness astonishing CAGR of 10.40% during the forecast period. In addition, field mapping held 18.3% market share in the respective market on account of surging demand for precision agriculture over the years. Hence, the segment garnered revenue of US$ 13.23 million in 2018. To conclude, agriculture drone technologies in the United States are being adopted by farmers at a very accelerating pace. It has been observed that the market size as well as adoption rates are reaching all-time highs at global scale and do not show any sign of slow down. Ranging from variable rate technologies to field monitoring, the advanced technology aims to offer end to end solutions in agriculture sector across the world. United States agriculture drone market-derived revenue of US$ 72.10 million in 2018 and is expected to fetch US$ 144.8 million by 2025 displaying reasonable CAGR of 9.96% over the forecast period (2019-2025). Also, for better understanding of the overall adoption rate of agriculture drone technology in the United States market, detailed analysis has been done for different regions including Mid-West, North East, West and South Based on the estimation, Mid-West dominated the United States Agriculture drone market, accounting for revenue share of 62.9% in 2018. On account of strong government support to increase the agriculture production, availability of supporting infrastructure as well as gaining prominence of smart and precision farming methods have significantly fostered the regional market. Moreover, more than 25,000 farmers using IoT in US paired with increased deployment of advanced agriculture solutions both in United States along with small farms steadily increasing investment in precision and smart farming methods to raise farm productivity have tremendously boosted United States Agriculture Drone Market. Numerous companies have earmarked their presence in the United States agriculture drone market. With a continued focus on product expansions, investments, business expansion, product launches and collaborations. They continue to offer wide range of smart farm devices inclusive of agriculture drones that cater to farm needs and further result in enhanced crop productivity and optimum utilization of resources. With an objective to stimulate the overall adoption of agriculture drones across United States, these players have adopted various strategies to enhance the penetration of modern agriculture practices comprising of agriculture drones. An influx of emerging players and intense competition has significantly fostered the growth of United States agriculture drone market. Some of the major players operating in the agriculture drone market of the country include AeroVironment Inc, Trimble Inc, AgEagle Aerial Systems, Inc., Precision Hawk, Senetra, Drone Deploy, Deveron, DJI, Intel, and John Deere Company among others.  United States agriculture drone market generated revenue of US$ 72.10 million in 2018. The technology is expected to grow at a CAGR of 9.96% during the forecast period to reach a market valuation of US$ 144.80 million by 2025. Mid-West dominated the United States agriculture drone market, accounting for a revenue share of 64.3% in 2018.

1. MARKET INTRODUCTION 1.1 Market Definition 16 1.2 Objective of the Study 16 1.3 Limitation 16 1.4 Stakeholders 17 1.5 Currency used in the Report 17 1.6 Scope of the United States Agriculture Drone Market Study 17 2. RESEARCH METHODOLOGY OR ASSUMPTION 18 2.1 Research Methodology for the United States Agriculture Drone Market Study 18 2.1.1 Main objective of the United States Agriculture Drone Market Study 19 3. INDUSTRY PERFORMANCE 20 4. EXECUTIVE SUMMARY 21 5. MARKET OVERVIEW 24 5.1 Introduction 24 5.1.1 Potential Benefits and Value Addition: 28 5.1.2 Agriculture Drone Developments in Recent Years in the United States: 29 5.2 Market Dynamics 29 5.2.1 Market Trend & Drivers 29 5.2.1.1 Accelerating benefits of Agricultural Drones in Precision Agriculture 29 5.2.1.2 Rising Demand for Food owing to Surging Population 31 5.2.1.2.1 Key facts about Nutrition, Farming, and Crop Varieties in the United States 31 5.2.1.3 Agriculture Getting Stronger with Big Data 33 5.2.1.4 Increasing Research & Development Investments 34 5.2.2 Market Challenges 35 5.2.2.1 Lack of Internet Connectivity in Rural Areas 35 5.2.2.2 High Initial Costs of Purchase 36 5.2.2.3 Other Parameters 37 5.2.3 Market Opportunities 38 5.2.3.1 Growing application of Telematics in Agriculture 38 5.2.3.2 Growing Job Opportunities 40 6. LEGAL & REGULATORY FRAMEWORK 42 6.1 General Overview 42 6.1.1 Data Privacy Concerns in the United States 42 6.1.2 Estimations are done by the Federal Aviation Administration (FAA) 44 6.1.3 Legal Framework in respect to Agricultural Drones in the United States 44 7. DEMAND AND SUPPLY SIDE ANALYSIS 46 7.1 Demand Side Analysis 46 7.1.1 Facts about Consumption patterns in the United States: 47 7.2 Supply Side Analysis 48 7.2.1 Key Facts on Commercial Drones in the United States 51 7.2.2 Top Partnerships 51 7.2.3 Top Mergers & Acquisitions 55 7.2.4 Top Funding 56 7.2.4.1 Key Investments Undertaken in Drone Technology in the United States 57 7.2.4.1.1 Joby Aviation–eVTOL Still in Focus 57 7.2.4.1.2 Precision Hawk 57 7.2.4.1.3 Skydio–Automate 57 7.2.4.1.4 Drone Deploy 57 7.2.5 Top Business Expansion 59 7.2.6 Top Product Launches 60 7.2.6.1 Major Funded Drone Start-up’s (US$ million) 66 7.2.7 Top Start-ups under Agriculture Drone Technology in United States 66 8. VALUE CHAIN ANALYSIS 69 8.1 Value Chain Analysis 69 9. AGRICULTURE DRONE APPLICATION 71 9.1 Overview 71 9.2 Things to Consider Before Developing Drone Solutions in Agriculture 72 9.2.1 Determining Goals 72 9.2.2 Studying the Legislation 72 9.2.3 Deciding on the Drone Hardware 72 9.2.4 Selecting the Type of Drone Software 73 9.2.5 Developing Custom-Made Drone Software 73 9.3 Business Impact of Agriculture Drones 73 9.3.1 Imaging 73 9.3.2 Input Application 73 9.3.3 Productivity 74 10. CASE STUDY- UNITED STATES AGRICULTURE DRONE 75 10.1 Case Study: NorthStar Robotics 75 10.1.1 Problem Faced 75 10.1.2 Solution 75 10.1.3 Results 76 10.2 Case Study: Prairie Robotics 76 10.2.1 Problem Faced 76 10.2.2 Solution 77 10.2.3 Results 77 11. MARKET INSIGHTS BY DRONE TYPE 78 11.1 General Overview 78 11.1.1 Fixed-wing Drone 80 11.1.1.1 Reasons to Fly Fixed Wing Agriculture Drone 81 11.1.1.1.1 Maps Site Up to 2.6X Faster 81 11.1.1.1.2 Reduce Labor costs by up to US$385 Per Mission 81 11.1.1.1.3 Complete 2X more projects per week 82 11.1.1.1.4 Map remote sites within a 5X larger fight radius 82 11.1.1.1.5 Map Corridors up to 3X Longer 83 11.1.2 Multi-Rotor Drone 84 11.1.3 Hybrid Drone 85 12. MARKET INSIGHTS BY APPLICATION 87 12.1 General Overview 87 12.1.1 Field Mapping 88 12.1.2 Agriculture Photography 89 12.1.2.1 Case Example: Agriculture: Early Plant Disease Detection 89 12.1.2.2 Data from Multispectral Imaging has the following benefits: 90 12.1.3 Crop Spraying 91 12.1.4 Crop Monitoring 92 12.1.5 Soil Monitoring 93 12.1.5.1 Prominent Sensors Installed in Agriculture Drones 94 12.1.5.1.1 Aerial Sensors 94 12.1.5.1.2 Optical Sensors 94 12.1.6 Other Applications 95 12.1.6.1 Variable Rate Technology 95 12.1.6.2 Livestock Monitoring 95 12.1.6.3 Weather Tracking and Forecasting 96 12.1.6.3.1 Key Features of Ag Premium Weather: 97 13. MARKET INSIGHTS BY REGION 98 13.1 United States Agriculture Drone Market 98 13.1.1 Adoption of Precision Agriculture in United States in Corn and Soybean Farms (%) 100 13.1.2 United States Agriculture Drone Market Share by Region 102 13.1.3 United States Agriculture Drone Market Size by Region 102 13.1.3.1 Mid-West United States Agriculture Drone Market 102 13.1.3.1.1 Facts on Agriculture Sector in the Mid-West (US) 104 13.1.3.1.2 Mid-West United States Agriculture Drone Market by Drone Type 105 13.1.3.1.3 Mid-West United States Agriculture Drone Market by Application 106 13.1.3.2 South United States Agriculture Drone Market (2019-2025) 106 13.1.3.2.1 Facts on Agriculture Sector in the South (US) 108 13.1.3.2.2 South United States Agriculture Drone Market by Drone Type 109 13.1.3.2.3 South United States Agriculture Drone Market by Application 109 13.1.3.3 North East United States Agriculture Drone Market (2019-2025) 110 13.1.3.3.1 Facts on Agriculture Sector in the Northeast (US) 110 13.1.3.3.2 North East United States Agriculture Drone Market by Drone Type 111 13.1.3.3.3 North East United States Agriculture Drone Market by Application 112 13.1.3.4 West United States Agriculture Drone Market (2019-2025) 112 13.1.3.4.1 Facts on Agriculture Sector in the West (US) 113 13.1.3.4.2 West United States Agriculture Drone Market by Drone Type 114 13.1.3.4.3 West United States Agriculture Drone Market by Application 115 14. COMPETITIVE SCENARIO 116 14.1 Porter’s Five forces analysis 116 14.1.1 Bargaining power of Supplier 117 14.1.2 Bargaining power of Buyer 117 14.1.3 Industry Rivalry 118 14.1.4 Availability of Substitute 118 14.1.5 Threat of new Entrants 118 14.2 Competitive Landscape 119 14.2.1 Market Share of Key Players in Agriculture Drone Market in United States, 2018 119 15. TOP COMPANY PROFILES 122 15.1 AeroVironment Inc 122 15.1.1 Key Facts 122 15.1.2 Business Description 122 15.1.3 Key Product/Services Offerings 123 15.1.4 Growth Strategy 124 15.1.5 SWOT Analysis 124 15.1.6 Key Financials 125 15.1.6.1 Revenue Split by Region and Segment 126 15.1.6.2 Financial Overview of AeroVironment Inc 126 15.1.7 Recent Developments 126 15.1.7.1 Product Launches 126 15.1.7.2 AeroVironment Inc Partnerships (Strategic Alliance) 127 15.1.7.3 Business Expansions 128 15.1.7.4 Mergers& Acquisitions 128 15.2 Trimble Inc. 129 15.2.1 Key Facts 129 15.2.2 Business Description 129 15.2.3 List of Trimble Companies 130 15.2.4 Key Product/Services Offerings 131 15.2.5 Growth Strategy 132 15.2.6 SWOT Analysis 132 15.2.7 Key Financials 133 15.2.7.1 Revenue Split 134 15.2.7.2 Financial Overview of Trimble Inc 134 15.2.8 Recent Developments 135 15.2.8.1 Product Launch 135 15.2.8.2 Partnership (Strategic Alliance) 135 15.3 Deere and Company 136 15.3.1 Key Facts 136 15.3.2 Business Description 136 15.3.3 Key Product/Services Offerings 137 15.3.4 Growth Strategy 138 15.3.5 SWOT Analysis 138 15.3.6 Key Financials 139 15.3.6.1 Revenue Split 140 15.3.6.2 Financial Overview of Deere & Company 140 15.3.7 Recent Developments 140 15.3.7.1 Product Launch 140 15.3.7.2 Business Expansion & Investments 141 15.4 AgEagle Aerial Systems, Inc 142 15.4.1 Key Facts 142 15.4.2 Business Description 142 15.4.3 Key Product/Services Offerings 143 15.4.4 Some other Offerings of the Company 143 15.4.5 Growth Strategy 144 15.4.5.1 Forward-Looking Growth Strategy of the company 144 15.4.6 SWOT Analysis 145 15.4.7 Key Financials 146 15.4.7.1 Revenue Split 147 15.4.7.2 Financial Overview of AgEagle Aerial Systems 147 15.4.8 Recent Developments 147 15.4.8.1 Product Launch 147 15.4.8.2 Business Expansions 147 15.4.8.3 Partnership (Strategic Alliance) 148 15.4.8.4 Merger & Acquisitions 148 15.5 Drone Deploy 149 15.5.1 Key Facts 149 15.5.2 Business Description 149 15.5.3 Key Product/Services Offerings 149 15.5.3.1 Product Lifecycle of Drone Deploy 150 15.5.3.2 Prime Markets Served by Drone Deploy 150 15.5.3.3 Application of Drones in Agriculture 151 15.5.4 Growth Strategy 152 15.5.5 SWOT Analysis 152 15.5.6 Recent Developments 153 15.5.6.1 Product Launch 153 15.5.6.2 Partnership (Strategic Alliance) 153 15.5.6.3 Business Expansions and Investments 154 15.6 DJI Technology Co Ltd 155 15.6.1 Key Facts 155 15.6.2 Business Description 155 15.6.3 Key Product/Services Offerings 156 15.6.4 DJI Growth Strategy 156 15.6.5 SWOT Analysis 157 15.6.6 Recent Developments 157 15.6.6.1 Product Launch 157 15.6.6.2 Partnerships (Strategic Alliance) 158 15.6.6.3 Business Expansion & Investments 159 15.7 Deveron UAS Corp 160 15.7.1 Key Facts 160 15.7.2 Business Description 160 15.7.3 Key Product/Services Offerings 160 15.7.3.1 Product and Service Category of the Company 161 15.7.3.2 Working Process of the Company 161 15.7.4 Key Financials 162 15.7.4.1 Revenue Split 163 15.7.4.2 Financial Overview of Deveron UAS Group 163 15.7.5 Recent Developments 164 15.7.5.1 Product Launch 164 15.7.5.2 Partnership (Strategic Alliance) 164 15.7.5.3 Business Expansions 164 15.7.5.4 Merger & Acquisitions 165 15.8 Intel Corporation 166 15.8.1 Key Facts 166 15.8.2 Business Description 166 15.8.3 Key Product/Services Offerings 167 15.8.4 Intel Corporation Growth Strategy 167 15.8.5 Intel Commitments 167 15.8.6 Milestones Achieved by Intel Corporation 168 15.8.7 SWOT Analysis 168 15.8.8 Key Financials 169 15.8.8.1 Revenue Split 170 15.8.8.2 Financial Overview of Intel Corporation 170 15.8.9 Recent Developments 170 15.8.9.1 Product Launches 170 15.8.9.2 Partnership (Strategic Alliance) 171 15.9 Precision Hawk 172 15.9.1 Key Facts 172 15.9.2 Business Description 172 15.9.3 Key Product/Services Offerings 172 15.9.3.1 Services & Solutions Offered 173 15.9.4 Investors List of Precision Hawk 173 15.9.5 Precision Hawk Growth Strategy 173 15.9.6 Milestones Achieved by Precision Hawk 174 15.9.7 SWOT Analysis 174 15.9.8 Recent Developments 175 15.9.8.1 Product Launches 175 15.9.8.2 Partnerships (Strategic Alliance) 175 15.9.8.3 Business Expansions & Investments 176 15.9.8.4 Merger& Acquisitions 176 15.10 Sentera 177 15.10.1 Key Facts 177 15.10.2 Business Description 177 15.10.3 Key Product/Services Offerings 177 15.10.4 Journey of Sentera 178 15.10.5 Sentera Key Capabilities 178 15.10.6 SWOT Analysis 179 15.10.7 Recent Developments 179 15.10.7.1 Product Launches 179 15.10.7.2 Partnership (Strategic Alliance) 180 15.10.7.3 Business Expansion & Investments 181

FIG. 1 Scope of the United States Agriculture Drone Market Study 17 FIG. 2 Research Methodology for the United States Agriculture Drone Market Study 18 FIG. 3 United States Agriculture Drone Market by Value, 2017-2025 (US$ Million) 23 FIG. 4 Significance of Adopting Agriculture Drones 24 FIG. 5 RoadMap for Adoption of Agriculture Drones in United States- 5 Pillars of Attractiveness 25 FIG. 6 Drones in United States & Year on Year Growth, 2017-2022 (Million, %) 25 FIG. 7 Commercial and Agriculture Drones Statistics in the United States & YoY Growth, 2017-2022 (Million, Thousand, %) 26 FIG. 8 10 Critical Components of Drones 26 FIG. 9 Precision Agriculture Model 28 FIG. 10 United States Adoption Rate of Agriculture Drones (%),2017 30 FIG. 11 Estimated Average United States Consumption Compared to Recommendations 32 FIG. 12 Big Data Model in Precision Agriculture 33 FIG. 13 Relation between Big Data and Precision Agriculture 34 FIG. 14 Rural Population Lacking the access of Broadband Services for Precision Agriculture, 2017 (in million) 35 FIG. 15 3 of the Best Priced Drones for Agriculture in the United States 36 FIG. 16 Commercial Waiver Applications Granted 43 FIG. 17 Prerequisites for FAA Remote Pilot’s Certification Requirements 45 FIG. 18 World Demographics 46 FIG. 19 U.S. Population by Nativity: 2014 to 2060 (in million) 47 FIG. 20 United States Green House Gas Emissions in Agriculture 48 FIG. 21 Top 10 U.S. States Based on Number of Farms, 2018 49 FIG. 22 Investment in Agriculture Drones, (US$ Million) 49 FIG. 23 US Agricultural Productivity Growth accounts for most output growth between 1948-2015 50 FIG. 24 US Agriculture’s Contribution to GDP, 2016 50 FIG. 25 Yearly Deal Values of Drone Investments, 2008-2018 (US$ Million) 57 FIG. 26 Deal Distribution by Investment Stage (2014-2018) 58 FIG. 27 Top Drone Investments conducted in 2018 in United States 59 FIG. 28 Major Funded Drone Start-up’s (US$ million) 66 FIG. 29 Value Chain Analysis in Smart/Precision Agriculture 69 FIG. 30 Ideal Conditions for Agriculture Drone Adoption 71 FIG. 31 Farm Management System – Agriculture Drone Application 73 FIG. 32 Cost Comparison for Satellite, Aircraft and Agriculture Drone Imaging 74 FIG. 33 Challenges being Faced by Drone Industry, 2018, (%) 78 FIG. 34 Global Drone Shipment, 2018- 2025 (Units, Thousands) 78 FIG. 35 United States Agriculture Drone Market Share by Drone Type, 2018 & 2025 (%) 79 FIG. 36 United States Agriculture Drone Market by Drone Type, 2018- 2025 (US$ Million) 79 FIG. 37 Time Taken by Fixed Wing Drone in Agriculture Drones, Minutes 81 FIG. 38 Labour Cost Incurred per Fixed Wing Drone Platform, USD 81 FIG. 39 Number of Projects Available per week 82 FIG. 40 Expansion of Remote Mapping Capabilities 82 FIG. 41 Expansion of Corridor Mapping Capabilities 83 FIG. 42 United States Fixed-Wing Agriculture Drone Market by Region, 2019-2025 (US$ million) 83 FIG. 43 United States Multi-rotor Agriculture Drone Market by Region, 2019-2025 (US$ million) 84 FIG. 44 UAV Power Sources 85 FIG. 45 United States Hybrid Agriculture Drone Market by Region, 2019-2025 (US$ million) 86 FIG. 46 United States Precision Agriculture Market by Application, 2019 & 2025 (%) 87 FIG. 47 United States Agriculture Drone Market by Applications, 2019- 2025 (US$ Million) 87 FIG. 48 United States Agriculture Drone Field Mapping Application Market by Region, 2019-2025 (US$ million) 88 FIG. 49 Aerial Images from Drones and UAVs for better decision in the Agriculture Field 89 FIG. 50 United States Agriculture Drone Agricultural Photography Application Market by Region, 2019-2025 (US$ million) 90 FIG. 51 United States Agriculture Drone Crop Spraying Application Market by Region, 2019-2025 (US$ million) 92 FIG. 52 United States Agriculture Drone Crop Monitoring Application Market by Region, 2019-2025 (US$ million) 93 FIG. 53 Unites States Agriculture Drone Soil Monitoring Application Market by Region, 2019-2025 (US$ million) 94 FIG. 54 Decision Support System Framework in Weather Tracking and Systems 96 FIG. 55 United States Agriculture Drone Application Market by Region, 2019-25 (US$ million) 97 FIG. 56 Adoption of Precision Agriculture in United States in Corn and Soybean Farms (%) 100 FIG. 57 US Agriculture’s Contribution to GDP, 2016 101 FIG. 58 United States Agriculture Drone Market by Region, 2019 & 2025 (%) 102 FIG. 59 United States Agriculture Drone Market by Region, 2019-25 (US$ Million) 102 FIG. 60 Mid-West (US) Agriculture’s Contribution to GDP, 2016 104 FIG. 61 Mid-West United States Agriculture Drone Market by Type, 2019-25 (US$ Million) 105 FIG. 62 Mid-West United States Agriculture Drone Market by Application, 2019-25 (US$ Million) 106 FIG. 63 South (US) Agriculture’s Contribution to GDP, 2016 108 FIG. 64 South United States Agriculture Drone Market by Type, 2019-25 (US$ Million) 109 FIG. 65 South United States Agriculture Drone Market by Application, 2019-25 (US$ Million) 109 FIG. 66 Northeast (US) Agriculture’s Contribution to GDP, 2016 111 FIG. 67 North East United States Agriculture Drone Market by Type, 2019-25 (US$ Million) 111 FIG. 68 North East United States Agriculture Drone Market by Application, 2019-25 (US$ Million) 112 FIG. 69 West (US) Agriculture’s Contribution to GDP, 2016 113 FIG. 70 West United States Agriculture Drone Market by Type, 2019-25 (US$ Million) 114 FIG. 71 West United States Agriculture Drone Market by Application, 2019-25 (US$ Million) 115 FIG. 72 Porter’s Five forces analysis of the United States Agriculture Drone Market 116 FIG. 73 Market Share of Key Players in Agriculture Drone Market in United States, 2018 (%) 119 FIG. 74 Applications of AeroVironment Drones in Agriculture 123 FIG. 75 Growth Strategies Adopted by AeroVironment Inc 124 FIG. 76 AeroVironment, Inc., SWOT Analysis 124 FIG. 77 Key Financials of AeroVironment, Inc. 125 FIG. 78 AeroVironment, Inc., Revenue Split, 2018 126 FIG. 79 Trimble Inc, SWOT Analysis 132 FIG. 80 Key Financials of Trimble Inc 133 FIG. 81 Trimble Inc, Revenue Split, 2018 (%) 134 FIG. 82 Deere & Company, SWOT Analysis 138 FIG. 83 Key Financials of Deere & Company 139 FIG. 84 Deere& Company, Revenue Split, 2018 (%) 140 FIG. 85 Forward-Looking Growth Strategy of AgEagle Aerial Systems 144 FIG. 86 AgEagle Aerial Systems, SWOT Analysis 145 FIG. 87 Key Financials of AgEagle Aerial Systems 146 FIG. 88 AgEagle Aerial Systems, Revenue Split, 2018 (%) 147 FIG. 89 Product Life Cycle of Drone Deploy 150 FIG. 90 Markets Served by Drone Deploy 151 FIG. 91 Markets Served by Drone Deploy 151 FIG. 92 DroneDeploy, SWOT Analysis 152 FIG. 93 SZ DJI Technology Co., Ltd., SWOT Analysis 157 FIG. 94 Product and Service Category of Deveron UAS Corp 161 FIG. 95 Product and Service Category of Deveron UAS Corp 161 FIG. 96 Key Financials of Deveron UAS 162 FIG. 97 Deveron UAS Corp, Revenue Split, 2018 (%) 163 FIG. 98 Intel Corporation Commitments 167 FIG. 99 Milestones Achieved by Intel Corporation 168 FIG. 100 Intel Corporation SWOT Analysis 168 FIG. 101 Key Financials of Intel Corp. 169 FIG. 102 Deveron UAS Corp, Revenue Split, 2018 (%) 170 FIG. 103 Precision Hawk Investors 173 FIG. 104 Milestones Achieved by Precision Hawk 174 FIG. 105 PrecisionHawk Inc., SWOT Analysis 174 FIG. 106 Journey of Sentera 178 FIG. 107 Sentera Key Capabilities 178 FIG. 108 Sentera, SWOT Analysis 179

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