 You can build IoT projects with the Raspberry Pi Pico W and sensors from Adafruit. You can use Adafruit's Pi-Cowbell Protoboard for the Raspberry Pi Pico to make your project plug-and-play. It features a built-in reset button, a STEMIQ-T port, and lots of pins for additional add-ons. Our 3D-printed case makes it easy to wall mount so you can log sensor data with an all-in-one package. There's access to the USB port and the Pi-Cowbell STEMIQ-T port for easily connecting sensors over STEMIQ-T. On the back is an opening for the built-in reset button so you can press it without having to open the case. The top cover features slots for mounting up to two STEMIQ-T sensor boards. The back has an opening for the prototyping area so you can have additional wires pass through. Adafruit's Whippersnapper now has support for the Raspberry Pi Pico W so you can build projects without having to write any code. With Whippersnapper, you can easily set up sensors and start logging data. To get started, choose your board and walk through the device setup. Be sure to read through the steps and follow the instructions to get your board connected. With Adafruit I-O, you can build your own custom dashboards so you can quickly see your sensor data at a glance. To make your project's modular, you can use short socket headers which keeps your project fairly low-profile. 3D-Pint the parts in your favorite filament and use support material for the mounting tabs. It features built-in standoffs with pegs so you don't need hardware to secure the Raspberry Pi Pico W. Solder the header pins to the Raspberry Pi Pico W and the short socket headers to the Pi Cowbell, then just snap them together. The slots on the case are evenly spaced for fitting most of Adafruit's STEMIQ-T sensor boards. Choose your preferred orientation and then use M25 screws and hex nuts to secure the sensor boards to the case. Insert the Raspberry Pi Pico W and press it down until the pegs are fitted through the mounting holes. Then, place the back cover over the bottom with access to the prototyping area. Be sure to check out the tutorial for building this project on the Adafruit learning system. Command hooks are great for easily mounting the case to the wall so you don't need to drill any holes. We hope this inspires you to check out Adafruit's Whipper Snapper and the Pi Cowbell for your next IoT project.