Assemble Your Own Robotic Arm

This DIY acrylic robot arm kit allows you to build a functional 4DOF (Degrees of Freedom) mechanical claw manipulator. Designed for hobbyists and students, it provides a hands-on introduction to robotics and programming, especially when integrated with Arduino platforms.

Key Features and Specifications

The robot arm is constructed from durable acrylic components, ensuring a lightweight yet sturdy build. It operates using an electric power source and is recommended for users aged 14 years and up, including adults and older teens interested in STEM education.

Educational and Programmable Fun

This mechanical grab manipulator is ideal for educational purposes, enabling users to learn about robotic movement, control systems, and programming. The 4DOF design offers versatile movement capabilities, making it a great project for developing practical skills in electronics and mechanics.

• Construct your own 4DOF robotic arm with a mechanical claw
• Made from durable acrylic for a lightweight and sturdy build
• Programmable for educational purposes, ideal for Arduino integration
• Suitable for ages 14 and up, including adults and older teens
• Electric power source for operation

Specifications:

• Certification: 3C
• Model Number: 2850016
• Power Source: Electric
• Theme: Transportation
• Age Range: 14 Years & Up, Grownups, 5-7 Years

Frequently Asked Questions:

What is this DIY robot arm kit?

This is a DIY acrylic robot arm kit featuring a 4DOF mechanical claw manipulator, designed for educational purposes and integration with Arduino platforms.

What age is this robot arm kit suitable for?

The kit is recommended for users aged 14 years and up, including adults and older teens interested in robotics and programming.

What are the main components of this kit?

The kit includes all necessary acrylic components to assemble a 4DOF robotic arm with a mechanical grab manipulator.

Is this robot arm kit programmable?

Yes, this robot arm kit is designed to be programmable, making it ideal for learning robotics and integrating with platforms like Arduino.