What are the key factors impacting agricultural drones market trends?

Drones are an innovative technology that could potentially revolutionize the way farmers handle their agricultural operations. Farmers nowadays are adopting UAVs (unmanned aerial vehicles) to efficiently enhance the quality of farm practices. Increasing awareness regarding the benefits of UAV implementation is expected to fuel agricultural drones market size over the coming years.

Moreover, the advent of automation in the agro sector due to the labor crisis and lack of resources may augment product penetration. Favorable government initiatives across the agriculture sector are also expected to be a pivotal factor encouraging demand for agricultural drones. With growing traction, Global Market Insights, Inc., predicts that the agricultural drones market may surpass USD 1 billion by 2024.

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How will global agricultural sector emerge as a major consumer of UAV technology and drones?

Nowadays, UAVs are rigged with hyperspectral, infrared, and multispectral cameras that deliver enhanced vision capacities to farmers. These images deliver the necessary information and offer support required in the decision-making process.  

Images obtained from multispectral cameras serve as an effective tool for soil evaluation analysis and plant health. Identification of weeds, pesticide usage optimization, pests, addressing spacing issues and visual inspection of crops are among the key benefits of UAVs in the agriculture sector.

These drones also provide crop and soil data to farmers by leveraging technologies like GPS, GIS and navigation systems. Agricultural drones are also widely used for crop scouting. It reduces pesticide and fertilizer wastage and further enhances crop yields. Moreover, UAVs equipped with LiDAR technology provides necessary aerial view and topographical maps to farmers.

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What is the significance of fixed-wing UAV applications in global agricultural drones market?

Fixed-wing UAVs are renowned in the agro sector as they can carry heavy payload and cover a long distances. Imaging software plays a pivotal role in processing captured images from cameras mounted on fixed-wing drones. Reportedly, in 2016, the segment held around 70% of the revenue share. Moreover, it is expected to dominate the overall agricultural drone industry in the coming years.

Strict government norms and patents involved with advanced technologies would retrain the agricultural drone market growth over the forecast period. The product is usually used to avoid accidents or emergency conditions on farms. Lack of skilled pilots and safety concerns related to these devices could impact product adoption. However, technical institutes and universities conducting various programs to educate people about UAV’s operations may foster industry expansion.

Which business strategies are currently deployed by companies in the agricultural drones industry?

Currently, companies like Monsanto, Mitsui, and Syngenta are emerging startups that focus on facilitating improved crop spraying, irrigation, and harvesting. Venture capitalists meanwhile are investing heavily in UAVs startups to build innovative products for the agricultural sector.

Reportedly, Chinese tech company DJI raised USD 75 million during its first drone introduction for the agricultural industry. Such investment in drone technology may effectively create lucrative growth opportunities in the agricultural drones market.

Table Of Content

Chapter 1. Methodology and Scope

1.1. Methodology

1.1.1.   Initial data exploration

1.1.2.   Statistical model and forecast

1.1.3.   Industry insights and validation

1.1.4.   Definition and forecast assumptions

1.2. Data Sources

1.2.1.   Primary

1.2.2.   Secondary

Chapter 2. Executive Summary

2.1. Agricultural drone industry 360⁰ synopsis, 2013 - 2024

2.1.1.   Business trends

2.1.2.   Product trends

2.1.3.   Application trends

2.1.4.   Regional trends

Chapter 3. Agricultural Drone Industry Insights

3.1. Industry segmentation

3.2. Industry size and forecast, 2013 - 2024

3.3. Industry ecosystem analysis

3.3.1.   Distribution channel analysis

3.3.2.   Vendor matrix

3.4. UAV vs. manned aircraft/satellite

3.5. Drone advantages over other aerial imaging systems

3.6. Technology & innovation landscape

3.6.1.   UAV industry overview

3.6.2.   Multispectral camera

3.6.3.   Infrared camera

3.6.4.   Thermal camera

3.6.5.   LiDAR camera

3.6.6.   High resolution camera

3.6.7.   Navigation system

3.6.8.   GPS

3.6.9.   Geographic Information System (GIS)

3.7. Regulatory landscape

3.7.1.   U.S.

3.7.1.1.      FAA

3.7.1.2.      TSA

3.7.2.   EU

3.7.2.1.      EASA

3.7.3.   China

3.8. Industry impact forces

3.8.1.   Growth drivers

3.8.2.   Industry pitfalls & challenges

3.9. Growth potential analysis

3.9.1.   Business models

3.10.     Porter's analysis

3.10.1. Supplier power

3.10.2. Buyer power

3.10.3. Threat of new entrants

3.10.4. Threat of substitutes

3.10.5. Internal rivalry

3.11.     Competitive landscape, 2016

3.11.1. Strategy dashboard

3.11.2. Patent analysis

3.12.     PESTEL analysis