Get the Quick, Complete, And Accurate Survey Surface Geometry with 3D Land Surveying

Accuracy is one of the things you cannot compromise when it comes to land surveying. Old school tools used by seasoned surveyors may be helpful, but they usually take time to obtain results, especially when the property needs to be resurveyed to verify the credibility of the data. For a quicker, comprehensive, and accurate survey surface geometry, consider hiring experts that are equipped with high-end devices for 3D land surveying. A three-dimensional laser surveying scanner is currently among the most advanced methods for determining the size, measurements, and quality of a property. It is a high-definition survey method that is known for its swiftness and accuracy compared to conventional techniques.

3D land surveying is preferred by experienced land surveyors working for builders, architects, project developers and other stakeholders in a construction project. The method allows them to accurately survey property that has already been built but will need further examination for destruction, remodeling, renovation, and other purposes. The 3D HD laser scanning survey can be conducted on a project in various developmental stages, such as upgrading, initiating, planning, and conclusion. It is non-intrusive, so it should not cause any significant interruptions that can result in too much downtime. 

The high-definition 3D land surveying scanning method relies on a cutting-edge scanning system that is accurate, fast, and versatile, along with a high-end software that lets you view the scanned three-dimensional images, panoramic images, measurements, and markups. If you require more detail in your surface geometry survey, the scanner can take 360 by 320-degree photo-realistic panoramic images, which will provide highly precise and exclusive three-dimensional images.

The results of 3D land surveying can be helpful when updating or creating as-built data. It is useful in damage and condition assessment, determining the tank/vessel volumetric information, weld peaking reports, deformation analysis, and clash/interference checking. The data can be exchanged with popular CAD platforms, so you can use it to make 2D plans. The three-dimensional survey results are also helpful during inspections, as well as for 3D semi-automated modeling.