About the mCookie Series
The mCookie by Microduino is a modular, stackable, building blocks compatible electronics platform which supports Arduino, Mixly, and Scratch for programming.
The series evolved from Microduino's original series with additional various improvements focus on ease of use.
The mCookie Series was crowd funded on June 17th, 2015 on kickstarter with 856 backers which pledged a total of $167,570 USD.
Each of mCookie's components are modular and designed to connect together.
Each module has a specific function and are color coded based on functionality.
The mCookie Series modules were designed to be stack-able, magnetized, with pogo pins and building block compatibility. These features makes it a snap to assemble projects.
The mCookie Series is programmable from the Microduino IDE, which is a modified version of the Arduino IDE.
The Microduino IDE includes:
- Board definitions for the various core modules
- Code libraries for modules in the series
- Simple how-to example code for modules (ie. simple code to control a Color LED.)
- Project examples code for various mCookie Series kits
Mixly & Scratch
New revisions to the mCookie Series occured Mid-2016. These improvements were in part from consumer feedback.
Standardize Sensor Sizes and Block Connector Housings - Although not considered part of the mCookie Series, but still an integral part of the series, the Sensors & Trinket series received an overhaul with all sensors and trinkets being standardize to a single sized. Additionally, new building block housings were incorporated to each and every sensor and trinket. This allowed for easier incorporation to projects.
mBattery - This new module is both a rechargeable Li-ion battery pack, core programmer, and is compatible with building blocks to ensure easier incorporation into projects. This reduced the size and number of modules required to power up projects.
|Bluetooth Upload||Hub Sensor Reliability|
Hub and Sensor Cable Reliability - The mCookie Hub module received an upgrade for sturdier connectors. Along, with additional spacing between connectors to ensure adequate space when plugging in sensor cables. Sensor cables also received an upgrade with better quality and reliability.