Land Surveys

Drones are becoming an increasingly attractive method for undertaking land surveys. Below you will find some of the main benefits of using drones for land surveys and some of the more common use cases.

Drone Land and Volumetric Surveys

Drone Land and Volumetric Surveys

reduced Cost

Drones can reduce the cost of undertaking surveys. This comes from a time saving and man power saving: most drone survey jobs can be undertaken in less time than a traditional land survey and with fewer operatives.

faster turnaround time

Drones can provide nearly identical datasets as traditional land surveys in a fraction of the time. Surveys that would before take multiple days can now be captured in mere hours, with no compromise on the quality.

Computer software is used to map out a route for the drone to follow, which can then be used again to replicate the survey at a later date.

improved safety

Drones are a way of reducing exposure to potentially harmful environments. The operator can be stood in a position of safety, away from any moving plant or machinery and hazardous materials.

Without compromising on data quality, surveyors will no longer be required to risk injury in unstable areas to collect data, which is good new for Health and Safety Executives.

Topographical Survey

Drones can be used to conduct topographical surveys, providing accurate measurements identical to data collected by traditional land surveys, but in a fraction of the time. Using high resolution imagery and photogrammetry software, a topographical survey can be produced suitable for:

  • Importing into CAD

  • Creating 3D models in BIM software

  • Measuring site dimensions

  • Providing health and safety assessments

Drone Topographical Survey

Building and Land Progress Survey

Key stakeholders can be given progress surveys to monitor progress on a project of piece of land and see how it is changing over time. Drones are a useful tool for progress monitoring because of their use of pre determined flight routes that can be replicated again and again.

Data from these progress surveys can be imported into most 3D modelling software

Volumetric Survey

Drone surveys can be used to give very high accuracy volumetric measurements of stockpiles. This has two benefits: saving time (and therefore money) and reducing risk.

A drone can capture data from a large area in a short amount of time, and can replicate the survey a set intervals to allow for changes to be measured.

Drones also eliminate the risk of operatives walking up and around potentially hazardous stockpiles or around large plant and machinery.

Volumetric Survey results from Drone