Microduino (DIY) Series
The Microduino module series marks a revolution in the way one prototypes electronics. Gone is the practice of messy soldering. Piles of tangled wires to connect the components are a thing of the past. Microduino has opened the doors of electronics to designers, architects, biologists, scientists, doctors and countless other professionals. Clean. Intuitive. Progressive.
Learn About the Series
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About the Series
An ecosystem with more than 100 modules, sensors and actuators — Microduino aims to be a complete platform. Imagine the endless possibilities!
Make connections with simple and standardized interfaces (UPin-27) — Microduino modules solve all the hardware issues so that one can focus on what matters — the function of the project. The connectors are simple and easy. No previous experience required!
Microduino modules are the size of a quarter and stackable. Which means space constrained projects are easy to build. Dimensions: 1.0 in x 1.1 in (25.4 mm x 27.94 mm)
Make connections with simple and standardized interfaces (UPin-27) — Microduino modules solve all the hardware issues so that one can focus on what matters — the function of the project. The connectors are simple and easy. No previous experience required!
Microduino modules are the size of a quarter and stackable. Which means space constrained projects are easy to build. Dimensions: 1.0 in x 1.1 in (25.4 mm x 27.94 mm)
Programming Support
Drag and drop coding with mDesigner
Microduino (DIY) series stackable modules can be programmed using drag-and-drop coding with mDesigner. mDesigner is based on MIT’s Scratch 3. Users will be immediately familiar with the standard Scratch interface, but with added support to control and interact with most Microduino (DIY) modules. This method is great for beginners learning to code.
Text based coding with Arduino IDE
Microduino (DIY) series modules can be programmed in the traditional text based coding using the Arduino IDE with added Microduino support.
Python coding with mDesigner
mDesigner also provides the option of programming with Python.
Microduino (DIY) Kits
Quadcopter Kit (w/ Joypad)
Microduino Quadcopter is a flying four-motor rotorcraft controllable with the included Microduino Joypad. Learn more
Cube Car Kit
Microduino Cube Robot Car is a two-wheeled, cube-shaped mobile vehicle. It is controlled with Bluetooth from mobile devices (Android or iOS) using the Microduino mRobots app. Learn more
Self-Balancing Robot Kit
Microduino Self-Balancing Robot is a two-wheeled self-balancing mobile robot kit. The kit is designed to be fun and easy to assemble. Learn more
WiFi Weather Station Kit
Microduino WiFi Weather Station reads and displays temperature, air humidity, light intensity, dangerous gas levels, and air quality levels (PM 2.5) in the surrounding environment. Learn more
Microduino (DIY) Series Modules
Cores
Microduino Core modules are the brain of the Microduino platform. Core modules contain the micro-controller which drives electronics projects on the Microduino platform. One core module is required per project. Each core modules have different abilities depending on their micro-controller. Most core modules are compatible with an existing Arduino board. A Microduino Core Programmer (such as Microduino USBTTL-C) is required to upload sketches from the Microduino IDE to core modules. Microduino CoreUSB does not require a programmer as it has one built-in.
Extension
Microduino Extension boards expand electronics projects utilizing the Microduino platform. Extension boards can expand a project with various functionalities.
Communication
Microduino Communication modules adds wireless communication to an electronics project utilizing the Microduino Platform. Microduino cores can utilize various communication modules to add WiFi, Bluetooth, NFC, RF, etc support. The Microduino CoreRF natively supports wireless communication.
Function
Microduino Function modules adds functionality to an electronics projects when using the Microduino platform. Each function modules has different abilities. Function modules are controlled by a core module.
