LiDAR

Light Detection and Ranging, also known as LiDAR is a surveying method that measures distance to a target by illuminating the target with laser light and measuring the reflected light with a sensor.  Now imagine doing this several times per second as you fly over a target, or several times per meter as you focus on a stationary target. The results are a very accurate measurement of distance. LiDAR is used extensively to create 3-D models of the earth or features on the earth. LiDAR can be collected using airborne, terrestrial, or mobile systems. VerticalGeo has been creating and processing LiDAR products since 2011.

City of O’Fallon, Illinois Construction Project

 

 

 

 

 

 

 

VerticalGeo collected and processed airborne LiDAR data for the City of O’Fallon Illinois. The target area consisted of approximately 56 square miles. The LiDAR was acquired at better than 0.5m nominal spacing, and the data was calibrated and processed to a bare earth surface.  This results in a very accurate surface model.

Since 2014, VerticalGeo has been providing LiDAR processing support for the Missouri Department of Fish and Wildlife.  We cleaned and classified approximately 22,000 square miles of LiDAR data in both Missouri and Arkansas over the course of the last 6 years. The result of our effort was a bare earth surface model that is the foundational dataset in each state’s LiDAR holdings. These surface models are used for modeling storm water runoff and flooding, along with countless other uses.

 

LiDAR_Cleaup_20141014
Screenshot of an aerial  LiDAR scene processed for the Missouri Department of Fish and Wildlife

VerticalGeo has been using our FARO X-330 Terrestrial LiDAR Scanner to scan numerous different landscapes. The terrestrial LiDAR Scanner provides a point cloud suitable for creation of 3-D features.

Boise LiDAR Scan Hi Res 20180810
Terrestrial LiDAR scan of downtown Boise, Idaho

Terrestrial LiDAR is becoming more and more common popular for creating 3-D models that document historic buildings and other features, road and railroad bridges, stream and lake bank features, and change detection.