The myCobot 280 Raspberry Pi is a powerful 6-axis robotic arm built with Raspberry Pi 4B at its core. It combines precise motion control, full programmability, and seamless integration with Python and ROS. With a 250g payload and 280mm working radius, this compact desktop robot is ideal for robotics education, AI research, creative development, and automation prototyping.
Key Features
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Built-in Raspberry Pi 4B for native control and logic processing
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Powered by 6 high-efficiency servo motors
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±0.5mm repeatability for smooth and accurate joint movement
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280mm reach and 250g payload capacity
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Dual-core ESP32 control system for stable performance
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Expansion-ready with HDMI, USB, RJ45, and GPIO ports
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Full support for Python, ROS1/ROS2, myBlockly, and MoveIt
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Optional AI Kit available for vision and object recognition
Applications
Educational Robotics
Perfect for STEM education, hands-on motion control, logic programming, and ROS simulation training.
Creative Development
Ideal for building custom robotic applications using open-source drivers, 90+ control interfaces, and multiple motion modes.
Commercial Exploration
Supports secondary development and Lego-style modularity for diverse use cases like image tracking, object sorting, and AI vision.
Mobile Robotics
Compatible with myAGV chassis to form mobile manipulators for logistics, labs, and academic competitions.
Robot Specifications
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Core: Raspberry Pi 4B + ESP32 ×2
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CPU: 64-bit Quad-core 1.5GHz
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GPU: Broadcom VideoCore VI
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Motors: 6 high-efficiency servo motors
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Payload: 250g
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Working Radius: 280mm
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Positioning Accuracy: ±0.5mm
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Connectivity: 2× HDMI, 4× USB, 1× RJ45, GPIO
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Supported Programming: Python, Blockly, ROS1, ROS2, C++
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Interface: 5×5 LED Matrix, customizable buttons
Programming & Learning Tools
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myBlockly – Visual drag-and-drop coding for beginners
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Python – Full scripting control for advanced robotics projects
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MoveIt – ROS-based motion planning and simulation
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Gitbook Tutorials – Comprehensive step-by-step documentation
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Effortless Operation – Supports Drag & Teach and intuitive user controls
Why Choose the myCobot 280 Raspberry Pi Version?
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All-in-one design – No external PC required
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Fully integrated hardware + software development environment
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Compatible with AI vision kits, sensors, and open platforms
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Used by 10,000+ users in 50+ countries worldwide
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Ideal for education, research, and professional development
Package Includes
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myCobot 280 Robotic Arm (Raspberry Pi Edition)
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Power Supply
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USB Cable
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Quick Start Guide
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Access to Gitbook and online developer community
2023 vs. 2020 Version Feature Comparison
| Product Features | myCobot 2023 Support | myCobot 2020 Support |
|---|---|---|
| Kinematics Algorithm Update | Supported (LST) | Supported (LST) |
| Gitbook | Supported (LST) | Supported (LST) |
| Gamepad Control | Supported (LST) | Supported (LST) |
| App Control | Supported (LST) | Supported (LST) |
| myStudio | Supported (LST) | Supported (LST) |
| myBlock | Supported (LST) | Supported (LST) |
| ROS 1 | Supported (LST) | Supported (LST) |
| ROS 2 | Supported (LST) | Supported (LST) |
| System Firmware Upgrade | Ongoing | Ended: September 30, 2023 |
| Software Maintenance | Ongoing | Ended: September 30, 2023 |
| Security Vulnerability Repair | Ongoing | Ended: September 30, 2023 |
Note: LST = Long Support Term. While both versions support key features, the 2020 version no longer receives firmware or security updates.
Why Upgrade to the 2023 Version?
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Stay ahead with continuous firmware and software support
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Maintain security with ongoing vulnerability patches
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Fully compatible with ROS 2, AI modules, and latest tools
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Recommended for all education, research, and commercial use cases
Reference
Get Users Tutorial On Gitbook (Recommended reading)