This barometric pressure sensor allows activating or deactivating various robotics and programming projects according to the atmospheric pressure or altitude recorded. It is compatible with the Build & Code 4in1 EBOTICS board. Technical specifications Compatible with the Build & Code 4in1 EBOTICS board 3.3V nominal power supply Compatible with I2C and SPI protocols Atmospheric pressure range: 300 ~ 1100hPa Tolerance of + -1hPa Temperature range 0

KSIX EBOTICS BUILD & CODE PLUS ELECTRONIC AND PROGRAMMING EXTENDED KIT

Enter the world of little inventors. Learn robotics and programming by creating with the Maker Kits. Use Maker Kit 2 to expand the parts in your Maker Control Kit and combine them to create even more incredible projects. Use the Build&Code 4-in-1 circuit board from the Maker Control Kit and let your imagination soar!. Box contents * DC motor with propeller * Temperature sensor * RGB LED * Blue LED * Potentiometer * IR line tracking sensor

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&Code 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&Code 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&Code 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&Code 4in1 board. Finally, you have to code its functions and upload the program to the Build&Code 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&Code 4in1 in the next link: Build&Code 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&Code 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

Rechargeable battery compatible with Makeblock's mBot educational robot. Never run out of battery power and keep learning electronics and programming with the mBot. Technical information Ksix rechargeable battery Li-polymer battery Capacity: 1200 mAh Voltage: 3.7V Compatible with Makeblock mBot educational robot