Product Description
The myCobot 280 Pi 2023 is a compact, lightweight 6-axis collaborative robotic arm powered by a Raspberry Pi 4B microprocessor running Ubuntu Mate 20.04. It operates as a fully standalone unit — simply connect a monitor, keyboard, and mouse to get started without a separate PC, making it the ideal platform for robotics education, programming practice, and control logic development.
Weighing just 860 g with a 280 mm reach and 250 g payload capacity, the myCobot 280 Pi fits on any desktop while supporting a wide range of end-effectors and accessories. Its six degrees of freedom and ±160° joint range enable flexible, human-like motion for pick-and-place, sorting, drawing, and other automation tasks.
The arm supports multiple programming environments including Python, ROS, myBlockly (drag-and-drop), and drag-teaching, making it accessible to beginners and experienced developers alike. Built-in Wi-Fi and Bluetooth connectivity, along with GPIO, USB, HDMI, and camera interfaces, allow seamless integration with sensors, grippers, and external systems.
Designed for education, research, and light commercial use, the myCobot 280 Pi 2023 ships with comprehensive documentation, open-source code, and active community support — providing everything needed to start building real-world robotic applications right out of the box.
- DOF: 6
- Reach: 280 mm
- Payload: 250 g
- Weight: 860 g
- Repeatability: ±0.5 mm
- Joint range: ±160° (J1–J4), ±170° (J5), ±175° (J6)
- Maximum speed: 180°/s
- Processor: Raspberry Pi 4B (1.5 GHz quad-core)
- Operating system: Ubuntu Mate 20.04
- Communication: Wi-Fi, Bluetooth, USB, HDMI, GPIO
- Power input: 12V DC, 5A
- Working temperature: 5–45°C
- Programming: Python, ROS, myBlockly, drag-teaching
- End-effector interface: Flange mount, compatible with multiple accessories