Keyestudio Micro bit Honeycomb Rotary Potentiometer Module

The Keyestudio Micro bit Honeycomb Rotary Potentiometer Module is an easy-to-use analogue input expansion designed specifically for the BBC micro:bit. Ideal for students, educators, and young makers, this module allows you to introduce physical dial controls to your coding projects using simple crocodile clips. It provides a practical, hands-on way to learn about resistance, voltage, and analogue sensor inputs.

Easy micro:bit integration

This honeycomb-shaped module is fully compatible with the BBC micro:bit control board, making it simple to add to any educational setup. Connection is straightforward, requiring only standard crocodile clip wires to link the module to your micro:bit.

Simplified six-port design

The module features six connection ports, where ports with the same name are internally connected. When wiring to your micro:bit, you only need to connect three of these ports to get up and running.

Adjustable ten-kilohm resistor

Equipped with a 10K adjustable resistor, the potentiometer allows users to manually adjust resistance values by turning the dial. This physical rotation converts resistance changes into measurable voltage changes for your code to read.

Analogue control port

The module communicates via an analogue control port, translating physical dial movement into precise data. It operates safely within a working voltage range of DC 3.0V to 3.3V.

Compact and lightweight form factor

Measuring just 25mm by 28mm by 26mm and weighing only 6.7g, this compact module is easy to integrate into tight spaces. Its small size makes it perfect for wearable projects and compact robotic chassis.

RoHS compliant for safety

Built with environmental safety in mind, this potentiometer module meets RoHS environmental standards. This makes it a safe and reliable choice for classroom environments and young learners.

Technical specifications

Operating at a low working voltage of DC 3.0-3.3V, this module is highly energy-efficient. It is designed for seamless analogue input tasks without overloading your micro:bit power supply.