DIY robotic arm kit provides a 5-degree-of-freedom (5DOF)

His DIY robotic arm kit provides a 5-degree-of-freedom (5DOF) design, giving you the flexibility to build a functional robotic arm with 5 independent axes of movement. It’s an ideal solution for robotics enthusiasts, students, and hobbyists looking to experiment and learn about robotic systems. The kit is designed for easy assembly and offers excellent hands-on experience for those interested in mechanical design and automation.

Level up your robotics journey with the DIY Robotic Arm 5DOF Without Motor – a mechanical structure designed to deliver full robotic flexibility, ideal for students, makers, and engineers working on automation, STEM projects, and IoT-based control systems.

Built with durable acrylic and aluminum parts, the arm offers 5 degrees of freedom: base rotation, shoulder lift, elbow bend, wrist motion, and gripper action. It’s fully customizable and can be powered using servo motors like MG996R or MG90S, or paired with stepper and DC motors (sold separately).

Whether you’re building a pick-and-place robot, an AI vision arm using Raspberry Pi, or learning servo control with Arduino, this arm is your gateway to advanced mechatronics. It’s a perfect fit for tech fairs, academic prototypes, or industrial demos.

Find the right motors and accessories in our Electronics Components and Tools and Accessories categories.

Technical Specifications:

• Structure Type: DIY mechanical kit (motors not included)

• Degrees of Freedom: 5 (Base, Shoulder, Elbow, Wrist, Gripper)

• Build Material: Acrylic frame with metal brackets

• Compatible Motors: MG996R, MG90S, 28BYJ-48, geared DC motors

• Assembly: Requires manual setup (tools not included)

• Weight: Approx. 500g

• Control Interface: Compatible with Arduino, NodeMcu, Raspberry Pi

Applications:

• Arduino & Raspberry Pi based robotic projects

• AI vision, image tracking, and automation

• Educational STEM kits and robotic workshops

• IoT-integrated servo or motor-controlled arms

• DIY robotic grippers and pick-and-place bots

• STEM Education: Perfect for classrooms and learning environments where students can explore the principles of robotics and automation.
• Robotics Projects: Ideal for those working on custom robotics projects, whether for personal use, research, or competitions.
• Prototyping & Customization: Great for engineers or creators who want to design and test their own robotic applications, such as pick-and-place tasks, assembly processes, or interaction with sensors.
• Hobbyists & Makers: A fun and engaging project for anyone interested in building and programming robotic systems.

Precautions:

• Motors, sensors, and controller boards not included

• Use compatible high-torque servos for stable movement

• Always test motion range before wiring

• Keep away from water, dust, and static interference

Helpful Links & Related Products:

• ElectroWay Tools & Accessories

• Arduino Relay Modules

• Home Automation Components

• Arduino Starter Kit

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