Check out this project where our LiDAR team at HMaRA GIS performed high-precision stockpile volume calculations using UAV LiDAR scanning. We processed a point cloud with an average density of 485.2 points/m² to generate detailed contour lines and calculate a total volume of 6,788.4 m³ across 19 stockpiles. Scope of Work: - Classified the point cloud to separate ground and non-ground points - Generated minor contour lines at 0.25 m intervals and major contour lines at 1 m intervals - Created a Digital Terrain Model (DTM) for the entire territory - Developed volumetric models for each stockpile, using the DTM as the base layer - Applied elevation-based color coding to clearly define stockpile boundaries - Calculated individual stockpile volumes and exported the data into vector formats - Added annotations and labels for clarity - Conducted a quality check to ensure accuracy and refined volume boundaries as needed This project showcases how cutting-edge LiDAR technology delivers accurate, efficient, and cost-effective solutions for stockpile volume calculation, which is critical for infrastructure projects, resource management, and construction planning. If you want to know more or get a quote, please write to Vladyslav Poda: https://www.linkedin.com/in/vladyslav-poda/ 👉 Explore the full case study here: https://hmaragis.com/cases/