Orthophoto map is created to provide the complete information about building process. It can be an additional service to topographical shooting.
Unlike topomap, using photomap we can see all objects in it’s natural color and size, it allows us to recognize a type of material, which was used to build objects or fence’s wall’s thickness and external appearance.
On the basis of shooting with UAVs by photogrammetry methods, it is possible to obtain three-dimensional models of terrain and individual structures. On the basis of such models it is possible to make measurements both in the plan and on height, to count volumes of soil or other loose materials, to measure the area of both planar and curvilinear elements, to carry out renderings of design constructions surrounded by real objects.
Using the photogrametrical methods, we can create a digital model of relief and calculate the quantity of materials. Exp. Calculating a volume of excavation, embankment etc.
Facade shooting can be realized on the different sides of the building. It service will be useful for different types of tasks, for example for creating measuring plans, calculating of squares, for executive schemes of windows constructions, for fixing external view before reconstruction.
Visual researching of hard-to-reach constructions like power line’s poles, antennas of cellular communications, wind generators, external networks and pipelines for defects and pollution.
Panoramic shooting can be useful while demonstration of external view (houses, streets, roads, parking etc.).
We can add appropriate infographics to your panoramic photo. It will contain the description of objects, it’s functional assignment, link to the source, etc.
A virtual tour is a sequence of several combined panoramic photos, between which, while viewing, you can visually move using special transitions, and interact with objects that are part of the image, for additional information. Also an important factor is the ability to obtain a 3D measurable model with the ability to link objects, ie to obtain their dimensional values.