The Six-axis Robotic Arm (Based on Raspberry Pi) with Rectangle Base is a compact, standalone robotic platform designed for education, research, and light industrial use. This powerful Raspberry Pi robotic arm is an ideal AI robotic platform for developers. Powered by a Raspberry Pi running Ubuntu, it features a 280mm working radius, six degrees of freedom (6 DoF), and supports multi-language programming including Python, C++, and graphical tools. With built-in ROS support, USB and HDMI interfaces, and compatibility with accessories like cameras and grippers, this 6 DOF robot arm enables flexible development without the need for a PC. Its modular, plug-and-play design ensures easy setup, portability, and reliable performance across a wide range of robotics projects. Overview of the Robotic Arm The Six-axis Robotic Arm is a compact and versatile robotic platform built on a Raspberry Pi microprocessor with a pre-installed Ubuntu system. As a professional 6-axis robot arm, it features a 280mm working radius and supports multi-platform secondary development. Operating independently without the need for a PC, this Raspberry Pi robot provides an efficient programming environment for robotics algorithm development, ROS simulation, and computer vision tasks. This Python programmable robot is perfect for testing complex 6 DOF movement. Designed for flexibility and ease of use, this 6-axis robotic arm integrates multiple hardware interfaces including 4 USB ports, 2 HDMI ports, and standard GPIOs. It supports a variety of sensors and modules such as color vision tracking, QR code & gesture recognition, voice output, and is compatible with numerous accessories like displays, grippers, and suction pumps, making it a truly universal robotic arm kit. Features of the 6 DOF Robot Arm Operates independently without a PC as a standalone Raspberry Pi robotic arm Supports multiple programming languages: C++, C#, Python (highly recommended Python robot arm) Compatible with graphical programming platforms: myBlockly, Mind+ for STEM robotics Compact, portable design for mobile robotics research Easy to assemble, disassemble, and maintain this 6-axis robot Plug-and-play functionality for immediate AI robot development Built-in ROS system for simplifying 6 DOF movement and inverse kinematics Equipped with image recognition algorithm and camera support for AI vision Technical Specifications of the Raspberry Pi Robot Arm Degrees of Freedom (DoF): 6 Axis Working Radius: 280mm Payload Capacity: 250g Repeated Positioning Accuracy: ±0.5mm Power Input: 8V–12V, 5A Communication Interface: Type-C Processor: Broadcom BCM2711, 1.5GHz quad-core CPU (Raspberry Pi 4 compatible) USB Ports: 2 × USB 3.0, 2 × USB 2.0 HDMI Ports: 2 × micro HDMI GPIO: 40-pin standard interface for DIY robotics Operating System: Debian/Ubuntu Programming Environment: ROS, Python, graphical programming Camera Compatibility: supports various models for AI robot arm vision Wireless Connectivity: Bluetooth/Wi-Fi Operating Temperature: -5°C to 45°C Weight: 850g Application Scenarios for the 6-Axis Robotic Arm Robotics education and advanced AI research Smart home automation and IOT robotics Light industrial automation and robotic sorting Commercial development projects and prototyping Rectangle Base Installation Guide (Table Edge Setup) Secure the rectangle base to the edge of a table using the included rectangle clips. Attach the bottom of the 6-axis robotic arm to the base using the LEGO connectors provided. Ensure all robot arm components are stable before use. Shipping List Six-axis Robotic Arm (Based on Raspberry Pi) ×1 Rectangle Clip ×1 Rectangle Base ×1 Power Supply Adapter ×1 Type-C Cable ×1 Screw Package ×1 Allen Wrench ×1 Jump Wires ×1
