C1 LiDAR

The LT-C1 series is a cost-effective non-repetitive scanning multi-line LiDAR launched by Li Technology. This series of LiDAR uses the Pulsed Time-of- Flight (Pulsed ToF) method for distance measurement combining a horizontal 360° low-speed scanning motor with a vertical scanning module for spatial measurement. Flight (Pulsed ToF) method for distance measurement combining a horizontal 360° low-speed scanning motor with a vertical scanning module for spatial scanning. It captures 80 000 data points per second and when paired with a non-repetitive point cloud integration method enables the acquisition of point clouds with greater detail of spatial distance. It captures 80 000 data points per second and when paired with a non-repetitive point cloud integration method enables the acquisition of point clouds with greater detail of spatial objects. Long Measurement Distance: By employing the pulsed ranging principle and optimising the photoelectric design the LT-C1 series achieves a longer measurement distance for targets with the same reflectivity (≥50m@90% reflectivity) making it highly suitable for large-scale spatial applications. Wide Field of View: It enables a wide Wide Field of View: It enables a wide scanning range with a horizontal field of view of 360° and a vertical field of view of 70° (-10° to +60°). The vertical scanning at negative angles meets the requirements of some customers for obstacle detection of low-altitude objects. Compact Design: The radar has an outer diameter of 2.5 mm. radar has an outer diameter of φ60mm and a total height of no more than 90mm making it ideal for applications with strict requirements for size and appearance. Built-in IMU: It features an integrated IMU module with a 3-axis accelerometer and a 3-axis gyroscope supporting the enabling and disabling of IMU data push by the host. Based on the above features this series of LiDAR is widely applicable in various scenarios requiring mapping, navigation obstacle detection recognition and 3D environmental protection. navigation obstacle detection recognition and 3D environmental scanning such as consumer robots service robots industrial AGVs & AMRs low-speed unmanned vehicles humanoid robots and other application fields.