Based on Raspberry Pi, myCobot Pi has gradually become a necessity for RPI lovers.

myCobot Pi - a 6 Axis Robot Arm Embraces Raspberry Pi well

Elephant Robotics

How to move a collaborative robotic arm?

Raspberry Pi Robotic Arm - myCobot with Graphic Coding Cases

Elephant Robotics

In our project, we enable the AI to learn from provided texts, allowing it to automatically write code and execute tasks to control myCobot.

AI-Powered Robot Control with a Custom DeepSeek AI Agent

Elephant Robotics

A very comprehensive guide to using myCobot 280 Pi from scratch.

Compact 6-DOF Robot Arm myCobot 280 Pi-Setup Guide User case

Elephant Robotics

A smartphone arm was created using myCobot and the OAK-D OpenCV DepthAI camera, allowing users to always enjoy videos right in front of them

User Innovations in Face Tracking with myCobot & OAK-D Camera

Elephant Robotics

Learn how to integrate the myCobot 280 robotic arm with the myAGV mobile chassis to build a versatile compound robot for smart automation.

Integrating Robotic Arm & AGV for Smarter Robotics

Elephant Robotics

This case designs a project to play tic-tac-toe with robot arm, integrating computer vision and robotic control.

Playing Tic-tac-toe with Robot Arm myCobot 280

Elephant Robotics

myCobot 280 Raspberry Pi - 6 DOF Collaborative Robotic Arm

myCobot 280 Raspberry Pi - 6 DOF Collaborative Robotic Arm

$799.00

View Details

A Raspberry Pi 4 platform

Learning SLAM and Dynamic Obstacle Avoidance with myAGV

Elephant Robotics

Here is a documentation of the development of an automated navigation project with myAGV and myCobot.

Building a Smart Navigation System using myCobot and myAGV

Elephant Robotics

In August, Elephant Robotics upgraded myAGV with better performance and more functions to meet more applications. Let's see how to use it!

How to program and control the myAGV mobile robot?

Elephant Robotics

Try using myAGV for automatic navigation with TEB-DWA algorithm.

In-depth Practice of Dynamic Obstacle Avoidance with myAGV

Elephant Robotics

Map creation and automatic navigation with myAGV

SLAM-based autonomous localization and navigation for robots

Elephant Robotics

I just tried to control this compound robot that combined with the mechArm and myAGV

Control the most compact compound robot

Elephant Robotics

Learn how to integrate the myCobot 280 robotic arm with the myAGV mobile chassis to build a versatile compound robot for smart automation.

Integrating Robotic Arm & AGV for Smarter Robotics

Elephant Robotics

Discover how myAGV excels in vision-based navigation and obstacle recognition! Explore the challenges and innovations behind its success.

myAGV: Mastering Vision-Based Navigation Challenges

Elephant Robotics

myAGV PI - Mobile Chassis Autonomous Navigation Raspberry Pi Robot Kit 2D/3D Mapping, Smart 4-Wheel Drive Vehicle with Gamepad

myAGV PI - Mobile Chassis Autonomous Navigation Raspberry Pi Robot Kit 2D/3D Mapping, Smart 4-Wheel Drive Vehicle with Gamepad

$949.00

FEATURES AND APPLICATIONS

myAGV PI is powered by a Raspberry Pi 4B core board, paired with the customized Ubuntu Mate 20.04 operating system from Elephant Robotics, ensuring a smooth and user-friendly experience. myAGV offers a wide range of features, including 2D mapping and navigation, 3D mapping and navigation, graphical programming, visual software, ROS simulation, gamepad and keyboard control, making it the top choice for research, education, and individual makers.

Education and Research

myAGV PI is equipped with high-performance planetary brushless DC motors, providing it with increased power for a wider range of more complex application scenarios. This significantly enhances the accuracy of autonomous navigation. Whether in laboratory research or classroom teaching, this chassis offers comprehensive support, helping you explore the unknown and making research and education more flexible.

Innovative Development

myAGV PI builds with the functions like 3D navigation, visual software, graphical programming, and various optional accessories. It offers greater user-friendliness and can meet the diverse needs of different users for personalized scenario development.

Business Exploration

myAGV PI can be equipped with our company's five types of robotic arms. myAGV Pi + Robotic Arm = Infinite Possibilities. With autonomous navigation, machine vision, and end effectors, it can simulate various business scenarios and meet the application requirements of complex projects. It supports composite robot kits, simulating warehouse logistics and sorting scenarios, making it suitable for business research and composite robot scenario demonstrations.

EXCELLENT CONFIGURATION

A hardcore product configuration that fulfills your embedded development needs, with versatile IO interfaces and screen displays, allowing you to bring your ideas to life.

CUSTOMIZED ROBOT OPERATING SYSTEM

System developed over three years, it offers a near-desktop PC experience. myAGV PI system not only has built-in environments like ROS and Python but also features robot development software like VSCode, VNC, and SSH. No complicated configurations needed. It also offers automated update software, supporting one-click updates for the corresponding development environment. Simplifying the process makes robot applications easier.

EASY ROBOT PROGRAMMING

Offers myBlockly, a drag-and-drop programming software for beginners. With block-based programming and graphical debugging tools, even novices can easily control the robotic arm. Python 2/3 development environment supports various development driver libraries like OpenCV, QT, and pymycobot. It meets advanced development needs in robot control, image recognition, and frontend development.

myBlockly

Python

myStudio

MyStudio, a brand new upgrade, says goodbye to the old version's inability to connect to the internet for downloading the latest firmware. With cloud-based updates and real-time synchronization, it further enhances the user experience.

Download