Let's see how to install the MicroPython programming language and the Thonny development environment on the Raspberry Pi Pico.

I am going to use this screen to create a touch panel for my home automation system.

Pi Digital Clock: A smart device with real-time clock and calendar, time-based greetings, and PM2.5 data, replacing paper calendars.

Turn your FPV drone races into fully automated events with this lap timer system! Using Arduino/RX5808 modules per drone channel and a Raspberry Pi running RotorHazard, it logs lap times based on 5.8 GHz signal strength. Easy PCB-based setup with jumper-configurable IDs, I²C connectivity, and full documentation — perfect for racers and event organizers alike.

Cutting-edge farm security system that revolutionizes protection for agricultural asset.

Got a Raspberry Pi cluster with PoE and tired of messy, improvised setups? I’ve designed a clean, modular system to mount 4 Raspberry Pi boards with SSDs and a 5-port PoE switch—all in just 1.5U of a 19” rack. This fully 3D-printed project, redesigned from the ground up (not compatible with previous models), is built for order, accessibility, and airflow. Each Raspberry Pi gets its own removable tray with space for a PoE HAT and boot SSD. The trays slide smoothly into place, and a dedicated enclosure houses the gigabit PoE switch—everything mounted on simple M5 threaded rods, no extra metal chassis needed. Even better: all parts are optimized for support-free FDM printing, saving you time and filament. Concerned about thermal build-up? So was I—there are recommendations for materials (use ABS for key parts), fan control, and I’m already prototyping a new vertical layout that improves airflow dramatically, still within 1.5U. Turn your rack into a clean, professional-grade Pi cluster!

Four tutorials on the crowpanel with initial connection test and flashing LED. Display text with LVGL. Data display of temperature sensor and control via bottom electrical lines with Arduino IDE 2

A Raspberry Pi 5 case, to support a Pimoroni NVMe hat mounted to the underside of the board.

I was having trouble finding a guide to get started with the Pico W5, so here is what I did. Hopefully it works for you too!!

GPIO Expansion Board for Raspberry Pi Pico

Measure Earth’s rotation using two MEMS gyros, a Pi Pico, and smart signal processing—precision within 2% of the true value!

An extremely simple way to make a stand-alone quality SDR radio with professional capabilities and features.

A simple Rack for multiple Pi´s of different models and additional Parts

A non-destructive hinge to mount a screen to your Raspberry Pi 400

Create a wheeled robot based on Visual SLAM technology powered by Radxa X4 N100 Board, Realsense D435i camera, Intel Robotics SDK software.