Safety risks: The sudden release of large quantities of heavy materials poses a serious threat.Low accuracy: Errors are inevitable and inaccurate data could translate to greater operational uncertainty and profit losses.Low efficiency: Manual measurements are time-consuming and require concerted efforts from teams to get the calculations done quickly.Also common are manual measurements and surveying methods using tools like total stations and RTK rovers to measure points, lines, and calculate distances, areas, and volumes. The Downsides of Traditional MethodsTraditional stockpile volume calculations often relied on estimations made using the capacity of transportation vehicles, for example, the weight or volume capacity of dump trucks. Traditionally, this process was labor-intensive and time-consuming, but thanks to 3D laser scanning technology, you can measure irregular piles faster and more accurately. Whether it's coal, gravel, ore, grains, or sand, understanding the volume of these bulk objects in piles is essential for strategic planning and production. This not only saves time and resources but also improves overall project efficiency and productivity.In industries like mining, construction, agriculture, and logistics, stockpile measurement is a critical task that can affect planning, change project schedules, and ultimately, impact the bottom line. By providing a comprehensive and detailed view of the stockpile, these 'aerial scanners' enable contractors and surveyors to make informed decisions based on accurate data. ![]() The use of drones in this context showcases their potential to streamline and enhance stockpile measurement processes. This 3D model proved invaluable in accurately measuring stockpile volumes and sharing the results with relevant stakeholders with the push of a button. In the video below, DJI drones were used to capture a stockpile, with 150 images being combined in Hammer Missions to create a high-quality 3D model. With just a simple 40-minute flight, these unmanned aerial vehicles can capture and analyze stockpile volumes, revolutionizing traditional measurement methods. #drones #facades #buildings #3d #workflowsĪre you still measuring stockpiles using traditional methods? Please stop! □ĭrones have emerged as an innovative technology in recent years, offering a range of benefits for construction contractors, surveyors, and other professionals in various industries. What are you thoughts? Let us know in the comments below □ So whilst drones have made inspections easy, we think it's important for the wider drone community and end customers to realise that it still takes a great amount skill, patience and the right tools to get the job done! Without the right drone, the right software and the right workflows, it would be extremely difficult to get the right overlap between images, to ensure that the flight is safe and the results are of inspection quality. To be able to create a high quality 3D model of this building, ~100 images of the roof were combined with ~100 images from the facade, all captured and processed using Hammer Missions. However, capturing buildings with drones requires proper investments in well-oiled workflows. ✅ Digital Inspections, which can be kept on file ✅ No need for cherry pickers or roof access Looking to 3D capture a building with drones? Make sure to get those facade shots! □ □ĭrones have become the go-to tool when it comes to inspecting buildings. What do you think? Let us know in the comments below □ ![]() Ultimately the beauty in drone workflows lies in treating every mission as a challenge and crafting the best workflows using the right tools for the right job. It's difficult to build an appreciation that every mission being different with it's own unique requirements! It's easy to fly every single mission the same way. □ Avoid that tree but still get the required shot □ Set the right camera exposure, every single time ➕ Aim for the appropriate GSD and overlap □ Focus on the required deliverable for the use-case ![]() Instead of capturing every single building or site the same way, we can: Capturing and delivering high-quality drone data is easy to get started with but requires a great amount patience, skill and creativity to get right for a variety of assets and job sites!
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