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EDUCATIONAL RESOURCES:

Understanding LiDAR

HOW DOES LIDAR WORK?

Imagine a flashlight that measures distances by shining light on objects—this is like our laser scanner, which uses lasers to measure distances.

The GPS acts as a map, always knowing the system's exact location.

The IMU, a sensor, tracks movements like tilting or turning. Together, the laser scanner measures distances, the GPS provides precise location, and the IMU tracks movement.

This combination creates a highly accurate, georeferenced 3D representation of the surveyed area, useful for mapping, vegetation analysis, infrastructure monitoring, and more.

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Blogs

The #LiDARTalks Playlist

A curated series wherein our founder and general manager, Engr. Tony Botor, discusses several topics pertaining to the wonders of LiDAR in surveying.

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