Thanks for all the love on 8Bit 2.0! Due to level limits, I can't reply to comments, so I've updated the description with a global EasyEDA link for smooth access. > My main goal is keeping this project fully open-source. Meanwhile, the 3.0 upgrade is cooking with independent battery power and optimized tolerances. Pure files will remain 100% FREE. An optional all-in-one kit is being prepared on the main page strictly to help those who want to skip the soldering hassle! 🛠️🚀#Bambulab #3DPrinting #ESP32 #DesktopCompanion #Arduino

New project coming! Not long ago finished the light up agent beacon from the division so I thought it would be rude not to to do the seeker mine as well. Each coloured piece inside is a different component apart from the charging port and switch to turn it on. Can’t wait to finish this one up, but I do still need to decide what’s next. #Newmodel #Comingsoon #Sharing Makes #Milestone #Electronics #Arduino #Cosplay #Props

I am very proud to present my Building Block Trainer Board System. If you are into electronics as a hobby, student or teacher then you should have a look at it. Designed to build individual boards for your needs, sturdy enough to survive a classroom. This will give your circuits a more stable base with a more professional look! #Newmodel #Education #Arduino#Electronics(Edited)

Hello MakerWorld community! This is NB_Maker, an IT student based in Milan with passion for 3D printing, technology, and, above all, videogames and retrogaming. Today i want to introduce you to a new project that i designed: my version of the Macropads. What is a Macropad? A Macropad is a programmable keypad where each key can be assigned a specific key combination or command, allowing the connected device to perform various functions with a single press. This can simplify, speed up, and make more accessible tasks that usually require multiple simultaneous key presses, making it especially useful in consumer computing. I’ve designed three simple shell models for macropads: - A 6-button (2x3) Micro - A 9-button (3x3) Mini - A 12-button (4x3) Standard Each model features a body that holds the switches and electronics, along with a screw-on lid. How can I build my Macropad? If you have basic electronics skills you will see that assembling a Macropad is pretty easy: You just need a programmable HID device emulator board (such as the Arduino Pro Micro or the STM32 Bluepill), and the number of mechanical keyboard switches needed by the version of the design you choose. Then, you have to solder the components together with some copper wire and a soldering iron, and program the board by assigning to each key your favorite shortcut. You can find my macropads in the respective MakerWorld page (https://makerworld.com/en/models/1750218-n_b_-macropads#profileId-1860641 ), as well on other major 3D Printing websites. I’d love to hear your feedback! If you try to assemble a Macropad, please let me know your impressions and if there’s anything I can improve. Thanks for reading, and I hope these little device can help bring a smoother workflow. NB_Maker #Newmodel #Electronics #Arduino