• MROS Lidar Car ROS Mecanum Wheel Radar Car
  • MROS Lidar Car ROS Mecanum Wheel Radar Car
  • MROS Lidar Car ROS Mecanum Wheel Radar Car
  • MROS Lidar Car ROS Mecanum Wheel Radar Car
  • MROS Lidar Car ROS Mecanum Wheel Radar Car
  • MROS Lidar Car ROS Mecanum Wheel Radar Car
  • MROS Lidar Car ROS Mecanum Wheel Radar Car
  • MROS Lidar Car ROS Mecanum Wheel Radar Car
  • MROS Lidar Car ROS Mecanum Wheel Radar Car
  • MROS Lidar Car ROS Mecanum Wheel Radar Car

MROS Lidar Car ROS Mecanum Wheel Radar Car

ROS Mecanum Wheel Car Moveit Robotic Arm LiDAR Navigation Depth Camera XiaoR

  • Car body weight:3620g
  • Robot arm length:280mm
  • Maximum clamping width:100mm
  • Control range:≤30M

USD: 2647

ablity:Monthly Output200

contact shop

Product Description

MROS Lidar Car ROS Mecanum Wheel Radar Car

This product is driven by the ROS system. The Mecanum wheel car is agile and can move in all directions. It can move freely in a small space. The Moveit robot arm is like a precise hand, with multiple joints that can rotate flexibly and handle complex grasping and assembly tasks. LiDAR navigation is like a keen "eye", scanning and building maps in real time, accurately planning paths, and not afraid of unknown environments. Coupled with the depth camera, it has delicate perception capabilities, and the depth information is collected in detail, providing accurate basis for control and obstacle avoidance. Whether it is scientific research or industrial operations, it can show its prowess.

Product Features


360° laser measurement radar

12m radius wide range measurement


  • 12m radius measurement range
  • 8000 times/s measurement range
  • 360° scanning detection
  • OPTMAG optical magnetic fusion



Dynamic interaction of robotic arms


Move_group communicates with the robot through ROS topics and actions, obtains the robot's status (position, nodes, etc.), obtains point cloud or other sensor data, and then transmits it to the robot controller



Depth camera

Real-time video transmission


Secondary development of visual recognition and visual SLAM

The robot has RGBD depth and deep learning



Mecanum wheel omnidirectional movement


Mobile phone control of ROS Mecanum wheel radar car can make the car move in an "米" shape in all directions

Three controllable speeds: low speed, medium speed, high speed


XR-ROS human-computer interaction system


The robot is equipped with the "XR-ROS human-machine interaction system" independently developed by XiaoR Technology. With the "ROSXRMaster" exclusive APP, it can realize interactive operations such as real-time mapping or navigation on the mobile phone. Even if you have no programming foundation, you can use it easily.


ROS+ Robotic Arm

Kinematic visual grasping


The robot arm uses the Kinematics Plugin

You can also write your own inverse kinematics algorithm

With the camera, you can achieve functions such as visual grasping of objects




7-inch touch screen for real-time control


Easy-to-use ROS robot user interaction system




Indoor autonomous path planning


Multi-point positioning function, autonomous path planning, avoiding obstacles, and reaching the destination in order



Indoor autonomous navigation and dynamic obstacle avoidance


Plan the path based on the indoor map, and perform secondary planning when the road is blocked to achieve dynamic obstacle avoidance

Application Cases

In the science and technology innovation class on campus, MROS Lidar Car (ROS Lidar Car) has become a powerful partner for children to explore programming and the intelligent world. With the help of LiDAR navigation, it can intelligently avoid obstacles and autonomously plan paths. The Mecanum wheel design makes its movement diverse and interesting. Students control the car by writing code, combining deep programming learning with practical operations, opening the door to artificial intelligence in an entertaining way and stimulating unlimited creativity.

Technical Parameter

Parameter nameParameter valueParameter nameParameter value
Product nameXiaoR/MROS radar carBottom driver boardPWR.4RPL.E
Core processorJETSON NANO Quad-coreARM quad-core A57Car body dimensions length, width and height320*270*250*mm
Car body weight3620gRobot arm length280mm
Maximum clamping width100mmRobotic arm degrees of freedom4 degrees of freedom
Control range≤30MMaximum clamping weight of robot arm300g
Rotation range of the robot arm0-180°programming languagePython/C++ language
Network cardIntel8265CameraDepth camera
RadarRplidar A1Display1080P high-definition touch screen (capacitive screen)
Usage time2-5 hoursMotorDC brushed motor (with 360-line AB encoding)
Battery specifications10000mah 12.6VSpeed0.8m/s


Packing list

  • MROS complete trolley machine
  • High definition depth camera
  • Four degrees of freedom mechanical arm
  • Instructions
  • 2.4G mini wireless keyboard and mouse, driver-free
  • Control handle
  • Screwdriver
  • Card reader
  • Data cable

Recommended products

WIFI video intelligent car robot (GFS Robot)

GFS MCU Smart Car Robot Raspberry Pi Maker WiFi Bluetooth Video Compatible with Arduino UNO

collect:0

Micro Servo Series DS-S002M, DS-M005

Micro Servo Series DS-S002M 4.3g Metal Gear Servo DS-M005 2g Plastic Gear Servo

collect:0

MROS Lidar Car ROS Mecanum Wheel Radar Car

ROS Mecanum Wheel Car Moveit Robotic Arm LiDAR Navigation Depth Camera XiaoR

collect:0

ROS SLAM Raspberry Pi Vision Robot

ROS robot Raspberry Pi programming smart car deep vision SLAM mapping navigation Mecanum wheel

collect:0