Chinese orange chicken11/16/2023 Now, DroneDeploy doesn’t just automate and process imagery from drone flights - it can also program ground robotic routes and capture data from the ground. From these flight maps, users can break down the information for health analysis and quickly understand the acreage needing attention.Īt DroneDeploy, we’re expanding beyond aerial drones. Crop Health Maps: These evaluate field variability with sophisticated agronomic indices, able to highlight damaged crops, areas infected with pests or patches with nitrogen deficiency.Users can create and view field-maps in real-time, allowing them to scout crops more effectively and make better decisions. Live Mapping Technology: DroneDeploy’s technology is fully capable of being offline and mobile, allowing the user to take the technology wherever it is needed.It provides a fully automated, offline workflow to evaluate crop emergence in minutes, able to do population counts for a 100-acre field in less than 30 minutes, all at the field’s edge. Stand Count: Developed with Corteva Agriscience, Stand Count removes the need for manual, time-consuming, inaccurate stand counts. What insights can DroneDeploy secure for farmers from its drone and mapping technology? How do ground robotics fall into this?ĭroneDeploy provides its customers with information that can support production teams, retailers, field managers, research and development, and more. When equipped with the right software, drones are the most reliable, affordable, and efficient robot investments for the industry. Other types of robots are emerging, including autonomous tractors and specialist picking-robots - but so far the costs are high, and reliability is still being proven. By using highly accurate aerial insights, the farm can make better decisions, increase productivity and ultimately lower costs.ĭrones are the most ubiquitous type of robot on farms today covering millions of acres of fields every year. In specialty crops, companies like Bowles Farming are using DroneDeploy’s plant health tools to identify areas that need pesticide, assess drip irrigation leaks and help determine the exact time their cotton crop is ripe for harvest. In row crops, companies like Corteva, Syngenta and Bayer have hundreds of drones, enabling their teams to provide better advice to their customers. Using an in-expensive drone, they can map a full quarter section of land in about 20 minutes, providing a real-time map that is able to instantly show variability and allow them to quickly identify problem areas and determine solutions. Instead of searching the whole field for issues, drone users have an autonomous scout to get the lay of the land for them. And agronomists collect high accuracy plant-vigor maps to create nitrogen and pesticide prescriptions. Agricultural insurers use drones after weather events, helping them evaluate crop damage claims with accurate crop damage maps. Growers and advisors use drones to discover variability in their fields. How are drones and robotics being used in agriculture? And how is this different from other farming robotics tools?ĭrones are an incredible crop scouting tool, enabling users to get a bird’s eye view of their fields in minutes.
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