Laserlight Surveying - Regarding Surveyors, GPS Has gone out and Laser Scanning Is In

Commercially released in the late 1990's, laser surveying-also known as lazer scanning-has grown throughout popularity until, today, surveying companies of which wish to continue to be competitive must have a laser scanning device, and often more than one. Although GPS surveying remains a common service, its downsides compared to laser surveying are causing a great industry wide switch to the latter-a change that many surveyors have already embraced.

One example of this of a surveyor that successfully transitioned from GPS to be able to laser scanning is LandAir Surveying, a Georgia based business that started enterprise in 1988 carrying out topographic surveys plus site surveys regarding contractors in Atlanta and surrounding areas. Like most surveyors that graduated to lazer scanning, LandAir applied GPS into the early 2000's, any time a specific job revealed the have to have for an gear upgrade. For LandAir, that project seemed to be the Georgia Department of Transportation's requirement for an as-built circumstances survey for a great eight lane link, that was too extensive and long for GPS devices to be able to survey with accuracy.


After attending the laser scanning trial by a Leica Geosystems representative within 2005, LandAir purchased the Leica 3000, and today utilizes Leica's HDS6100, HDS6000, and ScanStation 2 scanners. Initially employing its equipment intended for conventional projects, LandAir expanded to jobs whose size and even complexity necessitate laser beam scanners, such as-builts of large rooms and structural help surveys, when firms with such assignments came knocking about its door. Typically the values that LandAir's early scanning clients saw in laser beam surveying are the same value that it holds today:

The ability to be able to survey a broader variety of things, environments and set ups
The ability in order to complete a surveying project in because little as 1 surveying session
The gathering of more exact data than GPS DEVICE or total areas
The delivery associated with editable data models that clients may manipulate, thus reducing surveyor involvement.

As Topographical Surveys Halifax Yorkshire discovered throughout 2005, surveyors who switch from classic surveying to laser beam surveying do considerably more than swap tools; they also modification that they conduct typically the surveying process. When switching from GPS, field notes come to be a thing regarding the past, changed by endless information points and photo taking files; a traditional line of site in order to the next surveying point is abandoned for more centered coverage; and laserlight scans often catch more data compared to a client at first needs but eventually finds useful, which usually decreases surveyor engagement. From a customer perspective, the laserlight surveyor's decreased engagement has two positive aspects: it allows consumers more freedom as facilitated by editable project data, and it drives down the particular surveying cost in spite of scanning equipment's higher price than GPS DEVICE equipment.

Regardless involving project type, it is lower surveying expense and superior free incentives are making lazer scanning the new surveying standard from companies where that isn't already. Firms like LandAir include stayed in front of the online game by embracing lazer surveying early, some sort of move that accounts for LandAir's scanning experience in many fields and sectors, including law observance, preservation, architecture, design, engineering, and telecoms.

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Pub: 14 Dec 2023 04:06 UTC

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