Survey results are intelligently interpreted through computer software, enabling users to view near real-time results through photogrammetry and laser imaging. Quick access to data allows operations to advance at an accelerated pace, compared to traditional surveying which would take weeks to months to compile data.
The Benefits of Using Drones for Surveying
Unmanned Aerial Vehicles (UAV), excel at rapidly acquiring data from points and perspectives that would otherwise be inaccessible for humans. Drones enable the easy collection of data through accurate surveys without posing the risk of dangerous terrain, dust, or even tight spaces to surveyors. Human operators no longer need to physically access and measure points in hazardous or difficult-to-reach locations.
Traditional surveying methods require meticulous measurement, preparation and planning; whereas drones can capture all of this data in a far shorter period of time. Enabling these faster survey turnaround times results in a more cost-effective way to carry out surveys and to deliver data. Drone data lends itself to being displayed in a multitude of ways which can be useful across many different specialisations. Drone deliverables include orthomosaic, thermal and multispectral maps, point clouds, and 3D images.
2. On-Site Work Continues Unaffected
Due to the aerial data capture of drones, operations can continue on the ground with no interference from the drones as they survey the area. This is the case for initial surveys, and consequent progression surveys.
3. Reduced Manpower Requirements
4. Accurate Data & Precise Measurements
A series of high-definition photographs are taken at different angles, enabling drones to create thousands of accurate data points. These data points include elevation points, geo-references and colours, enabling 3D models of buildings and sites to be created by developers. Highly accurate distances and volumetric measurements can easily be extruded from this drone data, accurate to within 2-3 cm, and up to 1 cm Ground Sampling Distance (GSD).
5. Mapping Inaccessible Areas
Some slopes may be too steep or unsafe for a human workforce to traverse and measure with traditional tools, however drones take this concern out of the picture entirely. Surveyors no longer need to work in high-risk situations, including live railways and difficult terrain, as land surveying can be done far more quickly and effectively via drones. Surveys can be carried out accurately through drone usage, regardless of the level of accessibility humans would have to contend with on the ground.
What Can Drones Survey?
Construction
Oil & Gas
Infrastructure
Archaeology
Surveys are required before archaeologists can begin digging, as it is vital to identify the precise location and elevation of areas that may hold interest. Drones enable fast, accurate surveys at minimal expense and allow the team to locate promising areas, and commence work far faster than land-based surveying allows; and more cost-effectively than a helicopter survey would prove. Drones offer non-invasive surveys, which operate without disturbing the land or any local or site-related activities that would otherwise need to be stopped. Drones can create digital 3D copies of archaeological sites, limiting the need for physical intervention. The site can consequently remain intact and preserved, while ensuring further historical study into the various structures remains possible.
Mining
Open mines and quarries are dangerous for traditional surveyors to work in, however mapping of these worksites is often required. The combination of aerial photographic capture and ability to process this into 3D computer models in a fraction of the time is what makes drones and Drones-as-a-Service (DaaS) the popular modern choice for surveying. One prime example of drones excelling in their usage would be the surveying of the largest quarry within a day. Surveying the 13.7km2 limestone quarry in Ras Al Khaimah previously took 2 months, however drones typically take two days to compile that data. Using our expansive drone fleet, we completed the 13.7km2 survey within the record time of a single day. Not only was that survey completed 60x faster than through traditional methods, it also greatly reduced the risk to the human labour force, as it is a high-risk site to traverse on foot.
In Conclusion
Due to the accuracy of the results and far faster turnaround time, using drones to survey a multitude of projects in any industry is a highly cost-effective and time-saving method. It is rapidly becoming the modern way to gather concise data while saving money. Drone surveying is cost-effective, fast, and displays aspects we cannot see with the human eye, such as thermal differences. The increase in safety that drone surveys offer is beyond comparison, as no amount of on-site safety measures can reduce the risk to human surveyors to the same extent as drones can. The speed at which data is captured can also not be parallelled by on-site personnel. Avoiding the outlay of drones, their payloads and advanced training, most industries are enlisting Drones as a Service (DaaS) companies such as FEDS to carry out their surveys and provide the deliverables necessary for projects to rapidly and safely excel. The applications of drone surveying are numerous, and drone data assists multiple industries along the various stages of projects and on to maintenance. To find out more about how drone surveys can be used to help your project specifically, contact us at FEDS.