Livox MID-360 M12 CABLES DIY [Understanding the Specifications]

This article provides an easy-to-understand explanation of the basics of CONNECTORS specifications and wiring design for creating your own M12 CABLES for the MID-360.

Quickly resolve LiDAR connection issues! PC/LiDAR IP address setting and change guide (Windows/Ubuntu/MID-360)

We will explain how to set the IP addresses of the LiDAR and PC (Windows/Ubuntu) and how to change the IP address of the MID-360, and will also provide a quick guide to the causes of connection problems and how to deal with them.

Livox Multiple Control and ROS2 Network Setup Guide

This article introduces how to configure multiple Livox MID-360 devices in a network and how to set up ROS2, supporting reliable operation.

How to use the 3D-LiDAR MID-360 built-in IMU with ROS2

The 3D-LiDAR with built-in IMU in the MID-360 is a sensor technology used for high-precision self-localization and SLAM.

Visualize LiDAR point cloud data! Explains how to use Livox Viewer 2

Livox Viewer 2 is software for 3D visualization and analysis of LiDAR point cloud data, and is used to evaluate sensor performance.

Autonomous driving using 3D-LiDAR (Livox: MID-360) and Turtlebot2

The Turtlebot 2 was equipped with Livox MID-360, and 3D-LiDAR was used to create maps, estimate self-position, and avoid obstacles, enabling autonomous driving.

Creating a 3D map using 3D LiDAR (Livox: MID-360)

This article will show you how to create a 3D map (LIO-Livox) using the 3D-LiDAR Livox MID-360.

Creating a 3D map using 3D-LiDAR (Livox: MID-360) "Implementation of FAST-LIO"

We will explain how to create highly accurate 3D maps and implement self-localization using Livox's 3D-LiDAR MID-360.

Sensor fusion of 3D-LiDAR (Livox: HAP) and camera

Highly accurate distance inference is achieved through sensor fusion of LiDAR and camera using monocular distance inference technology.

Self-location estimation and movement trajectory acquisition using 3D-LiDAR (Livox: MID-360)

We will explain how to implement self-location estimation and movement trajectory acquisition using Livox MID-360, and introduce navigation technology using FAST-LIO.