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EMG Muscle Signal Sensor Module Kit for Arduino Robotics

EMG Muscle Signal Sensor Module Kit for Arduino Robotics

Regular price $19.99 USD
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EMG muscle signal sensor kit that reads muscle activity and outputs a microcontroller-friendly signal for Arduino projects. Perfect for gesture-controlled robotics, wearables, and biofeedback demos.

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The EMG Muscle Signal Sensor Module Kit measures the electrical activity produced by your muscles (electromyography, EMG) and outputs a microcontroller-readable signal for Arduino robotics, wearables, and human-machine interface projects. Use it to detect muscle flexes and translate them into actions like moving a servo, triggering a relay, changing LED patterns, or controlling a robot based on real muscle activity. It is a solid pick for gesture control, biofeedback demos, and STEM learning around real-world sensor signals and basic signal processing.

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Product Overview

The EMG Muscle Signal Sensor Module Kit measures the electrical activity produced by your muscles (electromyography, EMG) and outputs a microcontroller-readable signal for Arduino robotics, wearables, and human-machine interface projects. Use it to detect muscle flexes and translate them into actions like moving a servo, triggering a relay, changing LED patterns, or controlling a robot based on real muscle activity. It is a solid pick for gesture control, biofeedback demos, and STEM learning around real-world sensor signals and basic signal processing.

Product Overview

The EMG Muscle Signal Sensor Module Kit measures the electrical activity produced by your muscles (electromyography, EMG) and outputs a microcontroller-readable signal for Arduino robotics, wearables, and human-machine interface projects. Use it to detect muscle flexes and translate them into actions like moving a servo, triggering a relay, changing LED patterns, or controlling a robot based on real muscle activity. It is a solid pick for gesture control, biofeedback demos, and STEM learning around real-world sensor signals and basic signal processing.

Features & Specs

[Muscle Signal Input]: Reads EMG activity so your code can react to real muscle movement in real time.


[Arduino and Robotics Friendly]: Easy to integrate with Arduino-style projects for servo control, triggers, and automation.


[Gesture Control Builds]: Great for controlling robots, RC devices, or interactive props using muscle activation.


[Wearables and Biofeedback]: Ideal for fitness prototypes, assistive-tech experiments, and interactive wearable demos.


[STEM Learning Tool]: Helps teach EMG basics, threshold detection, and working with noisy analog sensor signals.

Features & Specs

[Muscle Signal Input]: Reads EMG activity so your code can react to real muscle movement in real time.


[Arduino and Robotics Friendly]: Easy to integrate with Arduino-style projects for servo control, triggers, and automation.


[Gesture Control Builds]: Great for controlling robots, RC devices, or interactive props using muscle activation.


[Wearables and Biofeedback]: Ideal for fitness prototypes, assistive-tech experiments, and interactive wearable demos.


[STEM Learning Tool]: Helps teach EMG basics, threshold detection, and working with noisy analog sensor signals.

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