How does panning with LIDAR compare to using RADAR?

Panning with LIDAR is often referred to as a scanning process because it involves the methodical sweeping of a laser beam across a defined area to gather data on the speed and distance of vehicles. LIDAR systems utilize pulsed laser light to measure distances with high precision and create accurate three-dimensional models of the environment. When an operator pans LIDAR, they actively direct the device from one point to another to acquire necessary information, similar to how one would scan a physical area with their eyes.

In contrast, RADAR operates using radio waves and typically does not involve the same kind of manual panning or scanning movement. Radar systems may provide data over a broader area automatically without the need for constant operator input, giving them a different operational characteristic.

Understanding the differences in operation helps clarify why scanning is a specific and accurate description of the panning action involved with LIDAR, indicating that it requires active monitoring and adjustment by the operator to gather data. This specificity sets LIDAR apart in terms of operational technique compared to RADAR technology.