Published: June 29, 2016 |

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Drone-based mapping is already bringing enormous insights and efficiency gains to a variety of industries. The ability to quickly get an overhead view of a job site is very useful for site planning and communication — but for many industries, particularly construction and mining, using drones to understand elevation data is even more valuable.

In February, DroneDeploy released its initial elevation and volume tools, which gave users a way to capture relative elevation data and measure stockpile volumes in a way that was faster and more cost-effective than ever before. With just one 15 minute flight, users can collect elevation data that would have taken hours —  if not days —  to collect with traditional ground-based surveying methods.

That initial release was just the beginning. In the last four months, the company has worked with its users to better understand how they use elevation data in their businesses and has made several new improvements to help make the elevation data in DroneDeploy even more powerful.

It sounds like a simple thing, but the ability to immediately view the elevation of any point when you drop a marker on your map can be used for a variety of different purposes. With this new capability, it’s easy to measure the height of a structure or use the elevation and distance between points to calculate slopes, and more.

The original version of the volume tool released back in February allows users to outline a formation, e.g., a stockpile, and then instantly calculate the volume with a click of the button. Behind the scenes, DroneDeploy used the outline to define the “base” of the stockpile, and then compares the base to the surface of the pile to make the calculation.

The first version of the tool worked great for calculating stand-alone stockpiles on flat surfaces. In one case study, drone service provider Dallas VanZanten discusses how he used the DroneDeploy volume tool to calculate stockpile volumes at a granite processing plant to within 1 percent accuracy in a fraction of the time compared to traditional methods.

“Drones are safer, faster, and about half the cost as compared to traditional ground-based volumetrics,” said  Dallas VanZanten, Skymedia Northwest.

But what if you need to calculate the volume of a bench in a pit mine or walled stockpile where the base of the structure can’t be easily defined by drawing a perimeter on the ground? A small adjustment to the volume tool now allows you to use the lowest selected point to define the base of the volume want to calculate, making the volume calculation useful and accurate for a broader range of volume calculations.

Sometimes users want to combine elevation data from their maps with other data sets and tools in order to perform more complex analysis or design work. Imagine an architect using an elevation map of the existing site when designing a new building, or, as in a recent case study, a major construction company using drone elevation data to compare actual earthwork completed on site against design plans. To do this kind of comparative work, or even to generate contour maps, users need to import elevation data from DroneDeploy into third party software.

Previously, elevation data could only be exported from DroneDeploy as a point cloud, which is not compatible with many popular GIS tools and required substantial manipulation before it could be used to calculate elevations or generate contour maps. Today, users can instead export raw elevation values as a GeoTiff, making it much easier to import drone-based elevation data into ArcGIS, Civil 3D and other popular GIS tools.

To stop by DroneDeploy’s website, CLICK HERE

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