LiDAR technology captures highly accurate three-dimensional information by recording millions of spatial points using laser-based scanning methods. Through precise trigonometric calculations, the system measures the position and geometry of objects and terrain with exceptional detail.
During data acquisition, laser pulses are emitted toward a target surface and their reflections are captured by integrated sensors. Because the relative positions of the laser source and sensors are precisely known, the reflected signals can be analyzed to calculate exact point locations. The result is a dense and reliable point cloud that supports detailed mapping, modeling, and analysis across a wide range of applications.