Educational robotics kit designed to get you started in the world of , electronics. It is composed of different components that are set on a , table-base. With it you can make a variety of electronic projects for all , levels. For example: an alarm that is activated depending on the quantity of , light received, make a potentiometer to control a servomotor position or to , control a LED brightness, etc., , The board included in the Mini Lab is the Build 4in1 board which is , based on Arduino technology, it features built-in Bluetooth 2.0 technology, and , it can control DC motors, servo motors, sensors and actuators without the need , to add specific sensors-shields or motor-shields., , Because Build 4in1 is based on Arduino technology, any project , developed for the Arduino platform is compatible with Mini Lab and vice versa. , You can download any Arduino project and use it on the Mini Lab., , You can also access the Arduino forums and communities to get help and solve , any issues., , Build is an open source platform, this means that you can find many , free tutorials and exercises to learn how to use the Mini Lab components. , Because it is compatible with Arduino, it is also compatible with the free , software mBlock, which has a friendly interface that it is easier to use for , beginners., , This product is designed for anyone who is interested in robotics and , programming. It is an ideal kit for schools that teach in the STEAM fields , (Science, Technology, Engineering, Art and Math)., , Assembling and programming the Mini Lab, , To assemble the Mini Lab you will need to build its structure with the , included pieces, then you have to do the cable connection between the sensors, , motors and the Build 4in1 board. Finally, you have to code its , functions and upload the program to the Build 4in1 board so you can use , the Mini Lab., , We have available an installation guide so you can configure the Arduino IDE , and mBlock software to be able to communicate with the Build 4in1 in , the next link: Build UNO Introduction, , We also have available Mini Lab online project which will help you to learn , how to program the its components once it is completely assembled., , Technical Specifications of the Build 4in1 board, , Build &, Code 4in1 (Microcontroller ATmega328P) , Operating Voltage: 5V , Input Voltage (recommended): 7-12V , Input Voltage (limit): 6-20V , 12 Digital I/O Pins , 7 PWM Digital I/O Pins , 6 Analog Input Pins , DC Current per I/O Pin: 20 mA , Clock Speed: 16 MHz , Connectivity Bluetooth 2.0 , DC Motor direct connection , Size: 68 x 53 mm , Weight: 25 g , Programmable with Arduino IDE, mBlock (Scratch 2.0) and BitBloq platforms , Compatible with Mac OS, Windows and Linux