Elephant Robotics myCobot -320-Pi| 6 DOF | 320mm | 1Kg
myCobot 320 Pi – Compact 6‑Axis Raspberry‑Pi‑Powered Cobot for Education, Research & Light Automation
Technical Information myCobot 320 Pi features a 320–350 mm working radius, up to 1 kg payload, ±0.5–1 mm repeatability, and a compact 3 kg all‑in‑one design. Equipped with brushless DC servos, 24 V industrial I/O, and multiple mounting interfaces, it supports fast, stable operation ideal for teaching, prototyping, and collaborative tasks
Software, Interfaces, and Integration Powered by Raspberry Pi 4B with Debian/Ubuntu support, the cobot offers USB, HDMI, GPIO, Wi‑Fi, and Bluetooth connectivity. It supports Python, C++, Arduino, C#, JS, ROS/MoveIt, myBlockly visual programming, and RoboFlow for intuitive control. Open‑source interfaces enable AI vision, object recognition, and advanced automation workflows.
Application Areas Ideal for STEM education, research labs, robotics training, light industrial automation, and creative automation scenarios
Highlights
Technical Highlights
The Elephant Robotics myCobot 320 Pi is a compact, all-in-one collaborative robotic arm designed for education, prototyping, and light industrial automation, combining flexible hardware with a powerful embedded computing platform. Technically, it features a 6-DOF structure with a 1 kg payload, ~320–350 mm working radius, and ±0.5 mm repeatability, driven by servo-based joints with a maximum joint speed of 160°/s, enabling smooth and precise motion for small-scale tasks. The robot integrates a built-in Raspberry Pi 4B (64-bit quad-core CPU, 2 GB RAM) along with an auxiliary ESP32 controller, allowing standalone operation without an external PC while supporting rich connectivity such as USB, Ethernet, Wi-Fi, Bluetooth, and multiple digital I/O ports for easy integration with sensors, PLCs, and peripherals.
Software Highlights
myCobot 320 Pi provides a highly accessible and open development ecosystem, supporting Python programming, ROS1 framework, and graphical programming via myBlockly, along with the myStudio platform for firmware management, tutorials, and deployment. It runs on Ubuntu/Debian-based systems, enabling integration with AI tools such as OpenCV, simulation environments like Gazebo, and communication protocols including TCP/IP, Modbus, and serial interfaces for industrial connectivity. With its plug-and-play architecture, cross-platform compatibility (Windows/Linux/macOS), and open-source APIs, the myCobot 320 Pi serves as an ideal solution for robotics training, vision-based automation, and rapid development of smart manufacturing concepts.
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