This is a simple but effective bezel for the raspberry touchscreen that covers all of the borders just friction fit

This project guides you through designing, 3D printing, assembling, and finishing a custom Bluetooth speaker with a wood-like finish and great sound quality.

A minimal, foldable print in place case / housing / sleeve for the Raspberry Pi Pico with live hinges

Falcon stencil

A foldable, print in place case with live hinges for the Raspberry Pi 5 with Active Cooler

Let's build a simple drone under 15$

A minimal, foldable print in place case / housing / sleeve for the Raspberry Pi Zero 2 with live hinges (with cooling)

With this product, you can adjust the lamp's brightness through your phone to suit your preferences.

This Arduino project delivers a user-friendly, highly customizable kitchen timer with all essential features.

A real single-board computer: complete stand-alone Cortex-M4 playground. Based on ATSAMD51J20A, with 320x240 3.2" LCD and 40-key keyboard.

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!

This is a voting machine used to cast and count votes electronically.

Angel stencil

In this project, we’ll build a complete IoT plant monitoring system from scratch! ????✨ Using an ESP32, a LoRa module, and sensors for soil moisture, air temperature, and humidity, we’ll create a custom solution for real-time plant monitoring. Long-range communication is handled via LoRaWAN, making it perfect for Smart Agriculture and remote sensing applications. ????????️

This project presents a compact system capable of determining the direction and elevation of a sound source in real-time with Pi PICO