Commercially released in the late 1990's, laser surveying-also known as lazer scanning-has grown throughout popularity until, nowadays, surveying companies of which wish to remain competitive must possess a laser reader, and often more than one. Although GPS surveying remains a standard service, its downsides when compared to laser surveying are causing a good industry wide move to the latter-a change that many surveyors have currently embraced.

One instance of an inspector that successfully moved forward from GPS to be able to laser scanning is LandAir Surveying, a Georgia based organization that started business in 1988 executing topographic surveys and site surveys for contractors in Atlanta and surrounding claims. Similar to most surveyors which graduated to lazer scanning, LandAir utilized GPS into the particular early 2000's, any time a specific task revealed the need to have for an gear upgrade. For LandAir, that project has been the Georgia Office of Transportation's requirement of an as-built conditions survey for an eight lane passage, that has been too wide and long with regard to GPS devices to survey with accuracy.

After attending some sort of laser scanning demo by a Leica Geosystems representative inside 2005, LandAir acquired the Leica 3 thousands, and today uses Leica's HDS6100, HDS6000, and ScanStation II scanners. Initially employing its equipment for conventional projects, LandAir expanded to projects whose size and complexity necessitate laserlight scanners, such as-builts of large rooms and structural assistance surveys, when organizations with such jobs came knocking on its door. The values that LandAir's early scanning consumers saw in laserlight surveying are the same value of which it holds today:

The ability to survey a larger variety of things, environments and set ups
The ability in order to complete a surveying project in as little as one particular surveying session
The collection of more exact data than GPS UNIT or total stations
The delivery associated with editable data designs that clients can manipulate, thus reducing surveyor involvement.

As LandAir discovered in 2005, surveyors who switch from standard surveying to laser surveying do considerably more than swap products; they also transformation the way they conduct typically the surveying process. Any time switching from GPS DEVICE, field notes turn out to be a thing associated with the past, replaced by endless info points and photographic files; a conventional line of site in order to the next surveying point is forgotten for more centered coverage; and lazer scans often capture more data as compared to a client initially needs but sooner or later finds useful, which often decreases surveyor engagement. From a customer perspective, the lazer surveyor's decreased participation has two positive aspects: it allows customers more freedom as facilitated by editable project data, plus it drives down the particular surveying cost inspite of scanning equipment's higher price than GPS UNIT equipment.

Regardless of project type, it is lower surveying cost and superior deliverables are making laserlight scanning the fresh surveying standard with companies where this isn't already. Land Surveys Tipton like LandAir possess stayed ahead of the sport by embracing laserlight surveying early, a move that company accounts for LandAir's scanning services experience in quite a few fields and industries, including law observance, preservation, architecture, building, engineering, and telecoms.