What is a typical use case for LIDAR technology?

LIDAR technology is primarily recognized for its capability to create high-resolution, three-dimensional maps by measuring distances using laser pulses. Enhanced aerial mapping is a typical use case because LIDAR can capture detailed surface features and terrain variations, making it invaluable in fields such as geospatial analysis, urban planning, forestry, and environmental monitoring.

In aerial mapping applications, LIDAR systems are mounted on aircraft or drones to scan the ground and collect vast amounts of data over large areas quickly. This data can then be used to produce topographical maps, vegetation studies, and digital elevation models, among other outputs. The accuracy and granularity of the information provided by LIDAR make it superior to other mapping methods, particularly in challenging terrain or densely vegetated areas where traditional photogrammetry may struggle.

Other use cases mentioned, like real-time traffic monitoring, underwater exploration, and decibel level measurement, do not typically align with LIDAR's strengths or operational principles. While LIDAR systems can be adapted for various applications, enhanced aerial mapping remains one of the most common and effective uses of this technology.