Construction As-built Survey
Deliver detailed 3D as-built models in a fraction of the time
Improve competitiveness with rapid, accurate and continuous data capture
As-builts are crucial for ensuring that all stakeholders have an accurate record and comprehensive understanding of the site. They also highlight changes made during construction that depart from the design (whether intended or not), and allow planning for future renovations, extensions and maintenance. Yet the complexity and dynamic nature of construction projects presents a number of challenges when it comes to accurate, complete and timely as-built documentation. Changes made during construction from original plans can be challenging to capture leading to incomplete or mismatched data, and the fast paced nature of construction can mean it is difficult to keep documentation up to date. Add to this manual processes or challenges integrating different software tools and effectively managing large volumes of data and the impact can be significant. In fact a study has shown that bad construction data costs the industry $1.8 trillion worldwide.
Addressing these challenges requires a combination of better technology, improved processes, and effective communication to ensure that as-built documents accurately reflect the final constructed environment.
As-built data capture can be challenging
Reliance on manual measurements and data collection for as-built documentation is labor-intensive, prone to human error, and difficult to integrate. This approach often results in inaccuracies, incomplete details, project delays, and increased labor costs. Furthermore, it lacks scalability and fails to capture the full spatial context or detailed nuances of a project.
As a result, as laser scanning technology became available, engineers have turned to Terrestrial Laser Scanners (TLS) for capturing the as-built environment. However despite its advantages it still presents several challenges. Initial costs for TLS equipment and software are high, which can be a barrier for some projects. Specialized training and expertise is required to ensure accurate data capture and processing, adding to the skill set needed on a project. Equipment is time consuming to set up and must be done so multiple times, making data capture slow and hindering the ability to efficiently conduct regular scans to ensure documentation is up to date. Furthermore, while TLS captures detailed 3D information, it might still require supplementary methods to capture certain hidden or inaccessible areas. Environmental factors such as weather conditions, lighting, and obstructions can also impact the quality of the scan.
Rapid, accurate 3D data capture for As-Built Modeling
Emesent Hovermap combines accuracy with speed of capture, allowing you to deliver detailed 3D as-built models in a fraction of the time of traditional methods. Its advanced SLAM algorithms and continuous scanning capabilities enable accurate, rapid and detailed data capture of complex environments that easily scale to large projects. Multiple deployment options, including handheld, backpack or mounted to a pole deliver the versatility required to capture intricate areas such as around pipes and machinery. This is coupled with real time processing that allows for immediate feedback and adjustment as you scan to ensure complete data capture without return trips to site.
The data captured is automatically georeferenced in Emesent Aura, ready for import into BIM tools such as Revit, supporting continuous updates and maintenance of documentation throughout the project lifecycle.
Rapid data capture
Faster workflows
Accurate results
Ease of use
Versatile deployment
Increased competitiveness
Key Features
| Versatile deployment | Lightweight, compact form factor | Stream as you scan |
|---|---|---|
Plug and play design allows easy switching between platforms – handheld; attached to a drone, vehicle, or pole; lowered in a cage; or mounted to a backpack | For single handed or handsfree scanning, unhindered by tight spaces or complex environments | Real time 3D visualization of the environment via the Commander app |
| 360 colorization | 360 image capture | Survey grade results |
|---|---|---|
| Add additional context to your point clouds, uncovering richer insights and aiding stakeholder understanding | The same scan can be used to extract 360 images which can be viewed side by side with the point cloud to highlight areas of interest | Best in class SLAM, combined with automated georeferencing to further enhance results |
| Merge multiple datasets | Software integration | Set and forget processing |
|---|---|---|
| Capture scans at different times and in different areas and easily merge together | Import into standard CAD packages including PointCab and Revit/AutoCAD | With automated cleaning tools that include removing moving objects from your environment |