Increase frequency of data collection, lower costs, and discover the size of stockpiles within minutes. Traditional ground surveying would have taken at least a full day before a volume could have been calculated and would not have depicted the stock pile as accurately as a UAV due to the UAV’s ability to capture every feature of the stockpile. Evolve the work site with Botlink’s stockpile measurement tool. ![]() This new technology allowed us to deliver our client a highly-accurate stockpile volume calculation that same day. The Searles stockpile took 15 minutes to fly, 2 hours to process, and 15 minutes to calculate the volume. Not only is this method more efficient, but it also yields more accurate volumetric calculations due to every detail of an irregular-shaped feature being mapped. Utilizing the 3D model, we quickly develop volumetric calculations and in many cases can produce a volumetric report within 24 hours of collection. The efficiency of UAV technology allows managers of yards, landfills, aggregate plants and other similar facilities to regularly measure stockpile volumes at a fraction of the cost allowing them to measure more often which leads to less material waste. Automatically measure any type of stockpile using a drone, from aggregate materials like sand, stone, gravel and rock, to biomass products like pulp, timber, logs, and lawn and garden like woodchips, mulch and fertilizer, even landfill stockpiles. We are able to calculate both binned and stockpiled volumes. Present study aims to fill the gaps by conducting a comparative analysis of stockpile. Aggregate-Industries.jpg BURNCO.jpg EOG.jpg Lehigh.jpg LMC.jpg Reynolds.jpg RPM.jpg. It’s digging out existing ground that’s never been touched and throwing it in a big pile to uncover the coal. Our 8200 dragline is removing 40,000 to 60,000 yards (3-5 ha) a day, said Tyrell Murrey, Surveyor and Certified Drone Pilot at BNI Coal. SR Measure is the fastest way to measure a stockpile so you can manage and track bulk material inventory in real-time at job sites and at every point in the. Furthermore, time, cost, and safety have challenged the use of the traditional approach. With all these demands, mining surveying with drones has proven to be a major benefit. ![]() ![]() Unmanned Aerial Vehicle technology allows 3D models of stockpiles to be completed more efficiently than using traditional ground surveying methods. Despite drones being successfully utilized for monitoring and detecting hazards in mines, there is limited research on their application for open-pit stockpile volumetric computation compared to traditional methods.
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