XiaoR GEEK MROS Lidar Depth Camera Mecanum Wheel AI Robot Car With Robotic Arm

XiaoR GEEK ROS Lidar Depth camera Mecanum Wheel Programmable Smart Robot car with Moveit Robot Arm for Jetson nano XR-MROS-NANO-A3 lidar autonomous navigation mecanum wheel robot car with robotic arm is a lidar robot car developed based on the Jetson Nano main control board. This car uses mecanum wheels as the traveling mechanism and can move laterally and laterally; Through RPLADAR A1 lidar mapping and navigation, real-time mapping fixed-point navigation and multi-point positioning, autonomous path planning, dynamic obstacle avoidance, Opencv visual line inspection and other functions can be realized.The robot supports control terminals such as mobile phone APP, virtual machine RVIZ, PS4 Bluetooth controller, etc., and can enter the map-navigation mode conveniently and quickly;The robot is equipped with the "XR-ROS Human-Computer Interaction System" independently developed by XiaoR Technology and the exclusive APP of "Little R Technology Ros-SLAM Robot", which can realize interactive operations such as real-time mapping or navigation on the mobile phone. Realize automatic path planning and navigation, and automatically avoid obstacles encountered during travel.The robot is equipped with XR-A3 high-precision and high-torque robotic arm, which can realize the Moveit plug-in to plan the path motion of the robotic arm. The maximum grabbing weight of the robotic arm is 500g. Key technologies: Python/ROS/SLAM autonomous navigation/Moveit robotic arm. Product Features Mecanum wheel travel mode:The car adopts the mecanum wheel traveling method, which can be translated horizontally, can move in the shape of a meter, can rotate 360, runs stably, and has strong passability.Arm function:6-DOF robotic arm, 180-degree free rotation, unique APP control interface, synchronous control of the virtual robotic arm, control the grasping movement of the robotic arm as you like, equipped with Moveit! The robot arm plug-in can realize the robot arm motion path planning.WIFI wireless remote control:After the car is turned on, it generates a WiFi signal, and the mobile phone or tablet can connect to the car through WiFi, and control it with a dedicated APP.2.4G wireless handle remote control:The car is compatible with 2.4G wireless handle real-time remote control, supports the handle to control the movement of the mechanical arm, and the control link is stable;Real-time video transmission: Through WiFi, real-time transmission of video images captured by the camera of the car to the APP or computer control software interface to achieve first-person visual effects.SLAM mapping and navigation:Cooperating with the XR-ROS human-computer interaction system, SLAM lidar mapping and automatic navigation functions can be realized through APP or virtual machine, and new routes can be automatically planned to avoid obstacles encountered in the process of travel.Moveit! Intelligent robotic arm motion planning:Through the Moveit! Smart Robotic Arm plug-in, the motion path planning function of the manipulator can be realized, and automatic grasping and collision avoidance can be realized.Opencv visual line inspection:Through camera machine vision, it can independently judge the black line on the road, and follow the black line to realize tracking and driving. Body structure parameters   Size 542*265*386mm Net weight 3.4kg Material 3D printing epoxy resin/acrylic/aluminum alloy Process Anodizing Colour Black Traveling mechanism 4WD mecanum wheel Speed 0.8m/s    Secondary control board interface performance parameters Main control chip      Chip model  Operating voltage  Working frequency STM32F103RCT6  3.3V   72MHZ     Sensor interface      Number of interfaces  Interface type  Voltage  Current  Communication method  3  4PIN-ZH1.5  5V  200mA  UART     Servo port      Number of ports  Interface type  Voltage  Current  Communication method  2  3PIN-PH2.0  12.6V  8A  UART Motor connection    Number of connections  Interface type  Voltage  Rated current  Peak current  4  6PIN-PH2.0  12.6V  2A  3A     Onboard USB port      Number of ports  Interface type  Voltage  Rated current Communication method   2  4PIN-ZH1.5  5V  1.5A  USB Peripheral Electronics Display Model Display high-definition display Camera Model Binocular depth camera, 1080P   Motor parameters      Reduction ratio  No-load current  Stall current  Rated torque  Stall torque  1:30  1.2A  3.5A  0.3kg.cm  6.0kg.cm     Servo parameters    Driving voltage  No-load current  Stall current  Communication method  Communication frequency  6V-12V  180mA  2.7A  UART  1Mbps     Robotic Arm  Model  Robot arm servo  Arm rotation angle Horizontal extension length of the robotic arm  6DOF Robotic Arm  XR-ST-3215-C010, 30kg cm; 6-12.6V;  180°  310mm   Development software Programming languages/programming tools C language, Python, IAR Control system XR-GUI XR-GUI human-computer interaction system main control board Parameter      Main chip  Interface  WIFI transmission distance  Compatible video format Mjpeg  Control mode  Quad-core ARM quad-core A57; 128-Maxwell architecture  USB2.0, 100M Ethernet port, serial port, 40PIN I/O port  About 80M at 5dBi  Mjpeg, YUV  2.4G handle/APP/virtual machine RVIZ