EMG Controlled Robotic Arm Kit for Arduino UNO STEM Education DIY

EMG Controlled Robotic Arm STEM Kit

Muscle Signal Sensing 🧞 Arduino UNO Compatible ⚡

Overview

This educational kit demonstrates how muscle electrical signals can control a robotic hand. The EMG sensor uses three electrodes to capture your muscle signal, converts it into a 0-5V analog output, and sends it to an Arduino UNO board for analysis. By reading the voltage changes, the kit can interpret simple muscle movements and translate them into a realistic gripping motion on the attached mechanical arm.

Features🔬 EMG Muscle Sensing

Three-electrode sensor captures muscle electrical activity and converts it to readable analog voltage.

🧠 Arduino UNO Based

Fully compatible with standard Arduino UNO boards for programming and signal analysis.

📁 Open Source Files Included

Comes with circuit diagrams, source code, and 3D printing files for the robotic arm.

🎓 Great for STEM Learning

Perfect for school science projects, physics teaching, and hands-on biomedical engineering demos.

SpecificationsCompatible BoardArduino UNOVoltageUnder 50V (DC)Power SourceDCSensor Type3-Electrode EMG SensorOutput0-5V Analog SignalIncluded FilesCircuit Diagram, Source Code, 3D Print FilesOriginMainland ChinaProduct ImagesFAQDoes this require programming knowledge?

Basic Arduino programming experience is helpful. Source code is included to get started quickly.

Is an Arduino board included?

Please check the package contents; this kit is designed to work with a standard Arduino UNO board.

What skill level is this suited for?

Ideal for students, educators, and hobbyists interested in biomedical engineering and robotics.