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What a LiDAR Detection-Range Specification Means
A published range is tied to its test target and environment. Learn how target reflectivity changes the stated distance, why range, accuracy, and frame rate answer different questions, and how to build a representative application test.
How Line-Pattern LiDAR Measures an Area
A line-shaped beam broadens a sensor’s horizontal sensing region compared with a narrow point spot. Using TF-NOVA as a documented example, this article explains what the wider field of view means for robot sensing and what still needs system-level validation.
How robots can close the near-field sensing gap
Use a task-first view to understand line-array LiDAR range input for near-field robot detection and its system boundaries.
From a LiDAR Return to a Distance Reading
A LiDAR sensor returns distance samples; a scanning system also uses direction and position to build spatial data. This primer explains the distinction and how time-of-flight methods produce a range reading.