At a salt mine in Germany, LiDAR data from the Elios 3 has transformed how mining engineers measure stockpiles, making the process both safer and more precise. Speed Measuring large salt stockpiles manually is time-consuming and inefficient. The Elios 3 allows surveyors to stay on the ground and fly the drone through the area, quickly generating accurate 3D models of the stored material. Accuracy The Elios 3 provides highly accurate 3D models, which are far more reliable than traditional manual measurements for calculating stockpile volumes. Safety Manual measurement involves climbing dangerous salt cones, which poses significant risks. With the Elios 3, surveyors can collect all necessary data from a safe distance, eliminating the need for physical climbs. Volume calculations are a common task in the mining and aggregates industry, where large quantities of materials are stored over long periods. These calculations help track inventory, plan backfilling, and ensure operational efficiency. Traditionally, this process involves manual methods such as climbing stockpiles or using handheld sensors, which are slow, inaccurate, and often risky. Mines spend significant time and resources on these tasks, knowing that the results are not always reliable. A salt mine in Germany needed an efficient and safe way to monitor its stockpiles. Their survey team was responsible for mapping the entire mine and maintaining accurate records of stored salt. Monthly surveys required one day for data collection and another for analysis, with surveyors climbing the salt piles—a physically demanding and hazardous task. They used manual measurements and CAD drawings to calculate volume, but the process was time-consuming and prone to errors. They were looking for a better solution that would improve accuracy, speed, and safety. The mine’s engineers learned about the Elios 3, a compact indoor drone equipped with a LiDAR sensor and FlyAware SLAM technology. This allowed real-time 3D mapping, even in tight and complex environments. After testing the Elios 3, they saw great potential. The drone could capture detailed 3D models of stockpiles without requiring surveyors to climb, significantly improving safety and reducing workload. The test was a success. Surveyors were able to create high-quality 3D maps of the salt stockpiles, proving the effectiveness of the Elios 3. Here are the key outcomes: One engineer shared, “I had never flown a drone before, but I got the hang of it right away. It's stable, user-friendly, and gives excellent results.†The Elios 3 proved to be a game-changer for the salt mine. Both engineers and surveyors were satisfied with the results, and the department is considering adopting the drone for all future volume calculations. This transition would save time, improve data quality, and enhance safety. Additionally, the Elios 3 could be used for mapping unstable areas, reducing the need for human entry into hazardous zones. Beyond stockpile measurements, the drone also offers the potential to create detailed 3D maps of the entire mine, moving from 2D plans to more accurate and comprehensive representations. Bonded Neodymium Magnets,Curved Neodymium Magnets,Flat Neodymium Magnets,Neodymium Magnet Rod Dongguan Zhenglong Magnet Co., Ltd , https://www.zlmagent.comElios 3 Enhances Safety and Precision in Salt Mine Stockpile Measurements
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