What technical issue can panning cause in lidar usage?

Panning can interfere with the accuracy of lidar readings due to the movement of the device during measurement. When a lidar system pans—either through physical movement or quickly changing its field of view—it may not consistently capture the reflected signals from objects. This inconsistency in data collection can lead to multiple issues, such as misinterpretation of distance or speed, resulting in a loss of accuracy in the measurements taken.

In a stable and fixed position, lidar can effectively gauge the distance to various objects with precision. However, when panning occurs, the lidar may incorrectly calculate distances due to the change in angle or position, which can skew the data. The rapid changes in direction can also affect the timing of signal transmission and reception, further contributing to inaccuracies.

Thus, the loss of accuracy is a significant concern when using lidar systems in scenarios where panning is involved, as it fundamentally compromises the integrity of the data collected.