The DJI GS RTK app - as well as drone mapping software such as DJI Terra or Esri Site Scan - can be used to pre-plan flights on the P4 RTK to automate data collection.Ģ - Process The Data: Input the data into a drone mapping software platform, such as DJI Terra or Esri Site Scan, to create high-resolution 2D maps and 3D models. SUEZ used DJI's low-altitude mapping solution, the Phantom 4 RTK, to collect their stockpile data. Using heliguy™ client SUEZ as a case in point, here's an overview of the drones for stockpile management workflow.ġ - Fly: Automate your drone flight and capture imagery to turn into maps and 3D models. But in truth, drones and drone mapping software simplify matters - providing rich data in the process. If you're new to using drones for stockpile management, the process might seem complicated or daunting. Drones For Stockpile Measurements: Workflow This blog will explore the benefits of using drones for stockpile management and the best workflows for this operation. But using the drone, we can fly over the compound in 15 minutes and process the model in about two hours." The data from these aerial surveys is processed to build visual 2D maps and 3D models for insights, analysis and calculations.Īs Craig Matthews, of Balfour Beatty says: "It would take a surveyor, using traditional handheld equipment, about a day to measure the stockpiles and process the data. Thankfully, a new solution has emerged to eliminate these issues: Volumetric Drone Surveys.ĭrones automate this process, making it safer, easier and quicker to obtain highly-accurate data. Whether you work in construction, mining or aggregates, stockpile management is a crucial operation on any jobsite.īut traditionally, this process has involved manual data collection, resulting in time-consuming, costly, and potentially dangerous ground-based surveys.
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