LSLidar M10/M10P Lidar

• Quick Start[SDK&ToolS]: https://wiki.youyeetoo.com/en/Lidar/M10
• Tips
  • M10 Baud Rate(460800), M10P Baud Rate(512000)
  • M10P Network port version supports GPS timing

Introduction

The M10 LiDAR adopts the TOF (time of flight) principle to be capable of 2D scanning detection of the surrounding 360 ° environment. It is mainly used in indoor service robots, cleaning robots, UAVs, and other precise positioning and obstacle avoidance applications.

Features

Shipping List

LSLidar M10 x1

Applications

Indoor service robot,
Cleaning robot
UAV 

Specification

Detailed Descriptions

[TOF Ranging Method] Using TOF methodology provides a reliable 360° surrounding perception for robots. With a unique optical and electrical design, it can achieve stable, accurate, and highly sensitive range measurements.
[30 Meters Range Radius]The ranging distance radius of LSLIDAR M10 is up to 30 meters, which meets the high demand requirements of robotic navigation applications in commercial scenarios, such as hotels, restaurants, shopping malls, office buildings, etc.


[Easy to Use] At present, there are SDK kits based on Linux, ROS, and Windows X86 platforms, and versions for Android, Mac OS, and other platforms will be released in the future. The signal line of M10 can be directly connected with the UART port of FPGA/DSP/ARM/MCU, without the need for RS232, 422, and another chip conversion.

[IP65 proof level, Workable in both Indoor and Outdoor] IP65 proof level, combined with a cover to protect its interior mechanism from external interference, which provides a stable working environment and meets the industrial application. LSLIDAR M10 has a stable ranging and high-resolution mapping performance in indoor and outdoor environments, even in 80Klux strong sunlight interference.


[Smart Size High scan frequency] Only Φ80* 40mm, which makes it easy to be embedded.Suitable for all kinds of service robotics integration. It also reaches Class 1 Laser Safety Standard which can ensure its safety to human eyes.

[Application Scenarios] Navigation for Robots, object avoidance for Robots, Security Warning for High-Risk Operations, Intelligent Activation, Obstacle detecting and avoiding of AGV.