One of the hardest jobs urban planners, utilities, transportation companies and state agencies face is routing new infrastructure like highways, expanding public transit, electric grids, or communications into a developed city or area. You’re dealing with private landowners, environmental issues, existing infrastructure, what disruptions occur when construction begins, and a host of other particularly difficult constraints. These planning groups can gain a lot from aerial corridor mapping services, using new technology such as LiDAR. Corridor mapping in Los Angeles as an example, is a very helpful service for collecting accurate and dense data of potential corridors for the new infrastructure. Understanding a bit more about how this service works is beneficial to those planning organizations and ordinary citizens as well.
Corridor mapping services in Los Angeles are generally performed at lower altitude than other aerial mapping in order to accurately capture the existing data. An entity called a point cloud, which consists of the sum of measurements of x, y, and z vertices, which is collected from a series of overlapping photographs taken from different angles or points on a map. Point clouds used in corridor mapping are usually of a much higher density than other applications to increase the accuracy. A company like Earth Graphics is able to perform this type of aerial mapping due to their vast experience and on-board technology like airborne LiDAR sensors.
Once your aerial mapping services provider of corridor mapping in Los Angeles has collected all the acquisition data, advanced software can be used to create terrain models. By combining those with geospatial information, planners can begin to understand not only the preferred routing, but also the lifecycle of the proposed corridor. Evaluation of the locations of terrain, vegetation, and existing framework and how they relate to each other can go a long way towards a successful infrastructure upgrade.
Corridor mapping services in Los Angeles are generally performed at lower altitude than other aerial mapping in order to accurately capture the existing data. An entity called a point cloud, which consists of the sum of measurements of x, y, and z vertices, which is collected from a series of overlapping photographs taken from different angles or points on a map. Point clouds used in corridor mapping are usually of a much higher density than other applications to increase the accuracy. A company like Earth Graphics is able to perform this type of aerial mapping due to their vast experience and on-board technology like airborne LiDAR sensors.
Once your aerial mapping services provider of corridor mapping in Los Angeles has collected all the acquisition data, advanced software can be used to create terrain models. By combining those with geospatial information, planners can begin to understand not only the preferred routing, but also the lifecycle of the proposed corridor. Evaluation of the locations of terrain, vegetation, and existing framework and how they relate to each other can go a long way towards a successful infrastructure upgrade.