Unlock the Potential of Drone Topography

Topography with a drone offers a wealth of opportunities for GIS professionals. With the help of a drone, it is possible to carry out topographic studies of the same quality as high-precision measurements collected by traditional methods, but in a fraction of the time. Drones are powerful tools to help the cartography and topography industry. They can perform 3D mapping, topographic surveys, photogrammetry and topography work effectively flying above the ground. Are you looking to add another tool to your services or want to learn more about the world of drones? Here's everything you need to know about drone topography.

In a nutshell, a drone survey is an aerial survey conducted by a drone. Using sensors, such as RGB or multispectral cameras, or LiDAR loads, drones can capture a large amount of data quickly. Aerial surveys combine sensors together with ground points and aerial targets suitable for topography to align the data with the ground precisely. Flying a drone allows surveyors to remain on stable ground while safely navigating dangerous terrain and slopes or avoiding close contact with busy roads. Drone topography keeps crews in place for less time than traditional inspection methods, reducing the risk of injury.

Mapping a site becomes as simple as programming a flight path and flying the drone, and it offers results that are just as accurate. Drones are a popular and conventional method of measuring stocks in industry. Our pilots can perform stock analysis with our exquisite topography drones and capture extensive topographic data points that traditional methods cannot detect due to their irregular shapes. Topography can capture and represent all of these variations as the actual volume of the shape, and not just as an estimate. We deliver photographmetric information in a strategic and efficient way through contouring, digital surface models, waste reserves, mines, inventory, agriculture, etc. When the drone surveys the land, it will use the RGB camera to photograph the ground from different angles.

However, carrying out a drone reconnaissance flight can be carried out from a safe position on site without exposing workers to hazardous areas. When you want to complete a drone survey, you follow those basic principles, but you use a drone to gather the information. Studies conducted with drones at the start of a project and at regular intervals throughout the work provide a historical record and a coherent (and reliable) record of progress over time. Survey data captured by drones and processed by software platforms such as Propeller helps to centralize project documentation and increase collaboration with surveyors, engineers, foremen and site managers. Not only is drone topography useful for keeping workers safer, but the accurate data collected can be used to identify potential hazards on site before they cause problems. Being able to capture accurate and exact visual representations of a work site quickly and efficiently is one of the main advantages of using drones for topography.

Drone topography offers a number of benefits for the mining and aggregates industries, including improving efficiency, the use of mine exploration and inspection, and the improvement of safety standards. Since drone topography requires much less time both to collect data and to process it, you can have the information updated about your site much more frequently. They now use drones to capture survey data frequently and securely and obtain their reports within 24 hours. Drones with GNSS receivers that replace manual scanners are becoming a reliable way to scale up the speed and frequency with which surveys can be produced. The updated data quickly provided by drone topography helps ensure that construction companies can deliver their projects on time and on budget. Travess Graham started out as a field foreman and was quickly attracted to the GPS part of the business and was excited about the impact that using drones for surveying could have on his business.

Hot water lines, water supply pipes, steam supply pipes and condensation return lines can be precisely monitored with the help of a drone. Drone topography is an invaluable tool for GIS professionals looking to save time while still providing accurate results. With its ability to capture data quickly while keeping workers safe from hazardous areas or dangerous terrain, it is no wonder why so many companies are turning to drones for their surveying needs. By using drones for surveying projects instead of traditional methods, companies can save time while still obtaining accurate results.