Commercially launched in the late 1990's, laser surveying-also known as laserlight scanning-has grown throughout popularity until, right now, surveying companies of which wish to stay competitive must own personal a laser scanning device, and often several. Although GPS surveying remains a regular service, its drawbacks when compared to laser surveying are causing a good industry wide change to the latter-a change that several surveyors have already embraced.
One example of this of a surveyor that successfully moved forward from GPS to laser scanning is usually LandAir Surveying, some sort of Georgia based company that started organization in 1988 carrying out topographic surveys and even site surveys for contractors in Atlanta and surrounding areas. Like the majority of surveyors who graduated to laser scanning, LandAir employed GPS into the particular early 2000's, whenever a specific task revealed the have to have for an tools upgrade. For LandAir, that project seemed to be the Georgia Section of Transportation's requirement of an as-built conditions survey for the eight lane link, that was too large and long for GPS devices in order to survey with precision.
After attending a laser scanning trial by a Leica Geosystems representative in 2005, LandAir bought the Leica 3000, and today makes use of Leica's HDS6100, HDS6000, and ScanStation II scanners. Initially making use of its equipment intended for conventional projects, LandAir expanded to assignments whose size plus complexity necessitate laser beam scanners, such as-builts of large decorations and structural support surveys, when organizations with such jobs came knocking upon its door. The particular values that LandAir's early scanning clientele saw in laserlight surveying are typically the same value that it holds right now:

The ability in order to survey a wider variety of things, environments and structures
The ability to complete a surveying project in as little as 1 surveying session
The collection of more exact data than GPS NAVIGATION or total stations
The delivery involving editable data versions that clients may manipulate, thus lessening surveyor involvement.
As LandAir discovered inside 2005, surveyors that switch from conventional surveying to laserlight surveying do more than swap tools; they also modification the way they conduct the particular surveying process. If switching from GPS NAVIGATION, field notes turn out to be a thing involving the past, replaced by endless info points and picture taking files; a conventional distinctive line of site in order to the next surveying point is deserted for more concentrated coverage; and lazer scans often record more data compared to a client initially needs but at some point finds useful, which in turn decreases surveyor engagement. From a consumer perspective, the laser beam surveyor's decreased involvement has two rewards: it allows customers more freedom because facilitated by editable project data, and it drives down typically the surveying cost despite scanning equipment's better price than GPS NAVIGATION equipment.
Regardless regarding project type, it is lower surveying cost and superior deliverables are making laserlight scanning the new surveying standard at companies where that isn't already. Visit this link like LandAir possess stayed ahead of the video game by embracing lazer surveying early, some sort of move that accounts for LandAir's scanning experience in many fields and industries, including law adjustment, preservation, architecture, building, engineering, and telecoms.