Orthomosaic is 10 times accurate than google maps, drones are a great tool for photography. But when we want to make an image of something really big, one picture can’t capture everything. With small drones we can take many photos looking straight down from above, hundreds if not thousands of photos, and by stitching these images together into a single scene they become a new, larger photo map, or ‘orthomosaic’. Measure your site at your office desk.

A 3D point cloud is a list of cartesian coordinates X, Y and Z representing the geometry of a scene. Generally composed of millions or billions of points, they are accurate digital representations of the real world. These coordinates correspond to the actual size of objects. Thus, we can make measurements, inspections and inventories as if we were in the field.

Digital Terrain Models (DTM) sometimes called is a topographic model of the bare Earth that can be manipulated by computer programs.The data files contain the elevation data of the terrain in a digital format which relates to a rectangular grid. Vegetation, buildings and other cultural features are removed digitally - leaving just the underlying terrain.

Digital Terrain Models (DTM) sometimes called is a topographic model of the bare Earth that can be manipulated by computer programs.The data files contain the elevation data of the terrain in a digital format which relates to a rectangular grid. Vegetation, buildings and other cultural features are removed digitally - leaving just the underlying terrain.

Contour lines are generated by connecting all the points of similar elevation together. These lines are drawn on a plan of a particular terrain to understand the nature of surface, study water flow characteristics, estimate land steepness. Contour line generated by drone data are much clear and noise less.

Stockpile measurements are the primary use case when it comes to using drones at worksite. Stockpiles are an irregular shape, which makes drones a great tool for volumetrics. What makes surveying stockpiles with a drone different is that it can capture all those irregularities and renders them in survey, thuis allowing the computer to calculate the volume of the true shape, not a rough approximation. Calculate stockpile weekly, monthly basis.

Object Marking can prove out to be the game changer for topographical survey, earthworks, stockpile calculations and various other drone applications. It can help to mark important features like road markings, drain marking, manhole marking, unwanted object marking, stock marking and various other markings in survey work.

The Cut/Fill analysis summarises the area and volume difference between two surfaces. By Drone data we can identify the area and volume of the surface that have to be modified by the removal or addition of the surface material. The Cut/Fill analysis by Drone data is accurate like never before as the minor irregularities can be detected and rough approximation by traditional methods are now obsolescent.

Drones equipped with infrared cameras have become increasingly popular for their ability to capture thermal images of buildings. This technology can be used for a variety of applications, from building inspections to energy efficiency assessments. Here are some use cases for drones with infrared cameras: Building inspections: Drones with infrared cameras can capture detailed images of building exteriors and interiors. These images can be used to identify issues such as moisture intrusion, missing insulation, and structural damage. Energy efficiency assessments: By capturing thermal images of a building, drones can identify areas of heat loss. This information can be used to improve energy efficiency and reduce heating and cooling costs. Roof inspections: Drones can be used to inspect roofs for damage and leaks. Infrared cameras can detect areas of trapped moisture, which can help identify potential issues before they become major problems.