Commercially launched in the later 1990’s, laser surveying-also known as laserlight scanning-has grown inside popularity until, nowadays, surveying companies that will wish to remain competitive must have a laser scanner, and often several. Although GPS surveying remains a regular service, its downsides in comparison to laser surveying are causing the industry wide move to the latter-a change that a few surveyors have already embraced.

One instance of an inspector that successfully transitioned from GPS in order to laser scanning is LandAir Surveying, a new Georgia based business that started business in 1988 carrying out topographic surveys in addition to site surveys intended for contractors in Atlanta and surrounding states. Similar to most surveyors who else graduated to lazer scanning, LandAir utilized GPS into typically the early 2000’s, if a specific project revealed the need for an equipment upgrade. For LandAir, that project was the Georgia Section of Transportation’s requirement of an as-built problems survey for a great eight lane connection, which was too broad and long intended for GPS devices to survey with accuracy and reliability.

After attending a new laser scanning demonstration by a Leica Geosystems representative inside 2005, LandAir bought the Leica 3000, and today utilizes Leica’s HDS6100, HDS6000, and ScanStation 2 scanners. Initially applying its equipment regarding conventional projects, LandAir expanded to jobs whose size in addition to complexity necessitate laserlight scanners, such as-builts of large decorations and structural support surveys, when firms with such tasks came knocking upon its door. The values that LandAir’s early scanning clientele saw in laser beam surveying are typically the same value that will it holds nowadays:

The ability to survey a much wider variety of items, environments and constructions

The ability to complete a surveying project in while little as 1 surveying session

The gathering of more precise data than GPS NAVIGATION or total stations

The delivery of editable data models that clients may manipulate, thus lowering surveyor involvement.

Like LandAir discovered in 2005, surveyors which switch from classic surveying to laserlight surveying do even more than swap equipment; they also switch that they conduct the particular surveying process. When switching from GPS DEVICE, field notes turn out to be a thing involving the past, changed by endless data points and picture taking files; a conventional line of site to be able to the next surveying point is forgotten for more targeted coverage; and laserlight scans often catch more data compared to a client initially needs but at some point finds useful, which decreases surveyor engagement. From Topographical Land Surveyors Henleaze , the laser surveyor’s decreased involvement has two rewards: it allows customers more freedom while facilitated by editable project data, and it drives down the surveying cost regardless of scanning equipment’s increased price than GPS NAVIGATION equipment.

Regardless involving project type, it is lower surveying expense and superior deliverables are making laser scanning the brand new surveying standard in companies where that isn’t already. Firms like LandAir include stayed prior to the game by embracing laser beam surveying early, some sort of move that balances for LandAir’s scanning experience in many fields and industrial sectors, including law observance, preservation, architecture, construction, engineering, and telecommunications.