Six-axis Robotic Arm (Based on a Raspberry Pi) With Flat Base

The Six-axis Robotic Arm (Based on a Raspberry Pi) With Flat Base is a multifunctional robotic platform designed for practical robotics programming and hands-on learning. It is ideally suited to students, educators, and makers developing coding and robotics skills. Driven by Raspberry Pi computing, it provides an adaptable foundation for technical coursework and maker projects.

Six-axis articulated motion

The arm incorporates six independent axes of articulation powered by Raspberry Pi architecture. This mechanical setup allows for complex multi-directional positioning and kinematics experiments.

Stable flat base structure

Built with an integrated flat base, the unit rests firmly on standard desks and workbenches. This layout ensures stability during automated movement cycles and laboratory testing.

ROS simulator integration

The platform provides compatibility with the Robot Operating System (ROS) simulator. This allows learners and developers to model, visualise, and validate motion planning within a simulated environment.

Multi-language programming support

Designed for flexible educational use, the arm supports multiple programming languages. Users can write custom control routines and interface with the hardware across diverse software environments.

Downloads & documentation

• Product wiki (DFRobot)