Product Details
In partnership with Google and Mongoose OS, Adafruit proudly presents an IoT Core Pack centered around the Feather HUZZAH32. This awesome kit comes with a pre - soldered Adafruit Feather HUZZAH with ESP32 WiFi, plus a bunch of sensors and components to kick - start your IoT adventure! The Feather, a development board from Adafruit, is as light and thin as its name suggests, designed as a new standard for portable microcontroller cores. The star of the show, the Adafruit HUZZAH32 – ESP32 Feather Board, is an all - in - one ESP32 WiFi development board with built - in USB and battery charging. It's fully equipped and ready to go! At its core is an ESP32 WiFi microcontroller running at 240 MHz and 3.3V logic. It's a significant upgrade from the popular ESP8266, with more GPIO, multiple analog inputs and outputs, extra peripherals, and a high - speed processor. Mongoose offers all the documentation and setup support for this pack. Check out https://mongoose-os.com/gcp/ for more Mongoose setup info, and our learn guide for Feather HUZZAH32 setup. The kit includes a pre - soldered Adafruit HUZZAH32 board, a micro servo, a PIR motion sensor, a USB cable, a fast vibration switch, a magnetic contact switch, a full - sized breadboard, premium male/male jumper wires, and a DHT22 temperature - humidity sensor with extras. The component bag holds 3x 12mm tactile switches, a breadboard trim potentiometer, diffused green and red LEDs, resistors, a piezo buzzer, a photo cell light sensor, a diffused RGB LED, and a breadboard - friendly SPDT slide switch.
Using this IoT Core Pack is a breeze. First, take out the pre - soldered Adafruit HUZZAH32 board and connect it to your computer using the USB cable. Follow the instructions on https://mongoose-os.com/gcp/ to set up Mongoose OS. Then, you can start connecting the sensors and components like the PIR motion sensor, micro servo, etc., to the board using the jumper wires and breadboard. When handling the components, be gentle as they are delicate. Avoid touching the electrical contacts with your bare hands to prevent static damage. Keep the components in a dry and cool place when not in use. If you want to clean the board, use a soft, dry cloth. Don't use any harsh chemicals as they may damage the board. For the sensors, make sure they are properly placed and not blocked for accurate readings. Have fun creating your IoT projects with this amazing pack!
