Architectural surveying is often the first step in gathering information about the current condition of a building. In many cases, the measurement data and the documentation based on them are the only available architectural and construction records. That is why it is crucial to base the work on reliable and detailed data. This is where 3D laser scanning technology comes in. Using a scanner enables the acquisition of a large amount of data about the measured structure in a relatively short time.
Shorter measurement time compared to traditional methods minimizes disruption to the operation of a facility, which is especially important when surveying active buildings. The processed data can be used to prepare both printed and digital documentation. 2D drawings based on laser scan data include floor plans, room layouts, elevations, and numerical data such as surface area, volume, dimensions, and counts of elements like windows and doors – all with high accuracy.
A major advantage of laser scan-based documentation is the ability to create a 3D model that, being to scale, offers a realistic representation of the structure. 3D documentation can also include material information, structural details, and parameters, making the deliverable more comprehensive. As a result, it can serve a wide range of professionals and designers for analysis, concept development, and project planning.
Laser scanning and photogrammetry do not interfere with the structure of the object in any way.
A model containing an extensive database of information about the object: dimensions, areas, volumes, and material details.
Precise planning and cost reduction during project execution.
High accuracy data enables creation of highly detailed and high-resolution 2D and 3D documentation.
Short measurement time that minimally impacts the daily operation of the building.
Better presentation of the project vision to clients and stakeholders.
Fast measurement reduces risks associated with working in hazardous areas.
Data serves as a basis for various disciplines: structural, electrical, plumbing, HVAC design, and more.
Precise study of structural behavior under different conditions.
