The Six-axis Robotic Arm is a compact, powerful, and portable robotic system built on the Raspberry Pi microprocessor. With a 280mm working radius, six degrees of freedom (6 DoF), and independent operation without a PC, it is an ideal platform for robotic development, research, education, and commercial applications. Running on an Ubuntu-based environment, it supports ROS, Python, C++, and graphical programming through myBlockly or Mind+.
Key Features
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Powered by Raspberry Pi (BCM2711, 1.5GHz Quad-Core)
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Runs independently with pre-installed Ubuntu OS
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Supports ROS, Python, C++, C#, and graphical programming platforms
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Working radius of 280mm, with ±0.5mm positioning accuracy
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Plug-and-play design with easy disassembly and portability
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Integrated image recognition, QR code, and gesture detection
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Equipped with LEGO-compatible base and end connectors for custom expansions
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Compatible with a variety of USB cameras and accessory modules
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Supports wireless and Bluetooth connectivity
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Ideal for STEM education, smart home projects, light industrial automation, and more
Specifications
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Degrees of Freedom: 6
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Payload: 250g
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Working Radius: 280mm
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Repeated Positioning Accuracy: ±0.5mm
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Power Input: 8V–12V, 5A
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Weight: 850g
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Operating Temperature: -5°C to 45°C
Hardware Interfaces
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CPU: Broadcom BCM2711, 1.5GHz, Quad-Core
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USB Ports: 2x USB 3.0, 2x USB 2.0
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HDMI: 2x Micro HDMI
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IO Ports: 40-pin GPIO
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Communication Interface: Type-C
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Operating System: Ubuntu / Debian
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Programming Support: ROS, Python, C++, C#, myBlockly, Mind+
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Wireless & Bluetooth: Supported
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Camera Compatibility: Compatible with various USB cameras
Applications
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Scientific Research and Teaching
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Smart Home Automation
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Light Industry Use
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Robot Algorithm Development
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ROS Simulation Projects
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Vision-based Object Tracking and Manipulation
Shipping List
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Six-axis Robotic Arm (Raspberry Pi-based) x1
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Power Supply Adapter x1
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Type-C Cable x1
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Screw Package x1
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Allen Wrench x1
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Jump Wires x1