DIY Mini Console from Fidget Toy: The GameBox Clicker

An imaginative engineering endeavor has transformed a common fidget toy into a compact game console, complete with an OLED screen and half a dozen interactive keys. This innovative creation, dubbed the GameBox Clicker, offers a fresh perspective on portable gaming devices.

The GameBox Clicker, a brainchild of the user 'wjddnjsdnd' on Instructables, is much more than a mere toy. It functions as a 'modular magnet key game console' and currently supports games such as Pong, Snake, and a version of Infinite Stairs. The device even includes a loop for a lanyard or keyring, enhancing its portability. This project emphasizes creativity and the evolution of ideas from simple inputs to complex functionalities, rather than focusing on high-end hardware or advanced graphics.

Constructing the GameBox Clicker requires a substantial amount of technical expertise and a specific list of components. These include EVA foam sheets, small hinges, numerous neodymium magnets, gold eyelets, a keyring chain, magnetic shaft keys, keycaps, A3144 Hall sensors, an Arduino Nano, an SSD1306 OLED display, a TP4056 Li-ion charging module, an MT3608 DC-DC step-up converter, a 3.7V Li-ion battery, and fine copper wire. Essential tools like solder, a soldering iron, glue, and a cutting knife are also necessary.

The assembly process involves several meticulous steps. Crafting the console begins with laser-cutting EVA foam layers, followed by the development of a USB Type-C compatible power system. Integrating and precisely calibrating the wiring and Hall sensors is crucial. The keys themselves require careful adjustment of the Hall sensor positions before permanent fixation, ensuring optimal performance. Software development is also a key aspect, involving the creation of scripts for the OLED display. The creator has made all necessary files available on Instructables for those interested in undertaking this challenging yet rewarding project.

Testing the functionality of the Arduino involves running test code to verify sensor responses. A built-in LED indicates sensor activation upon pressing a key and deactivation upon release. The precision of key registration, which involves pressing them halfway, is vital. Any deviation necessitates further adjustments. For those who find the hardware construction too intricate, a web-based simulation of the GameBox is available, offering a fully interactive experience of the games, including a multiplayer Pong mode, mirroring the diverse key layouts of traditional arcade machines.

Looking ahead, the developer plans to expand the game library, refine the button configurations, enhance the visual and auditory elements, and possibly introduce a new design for the console's casing. This continuous development showcases the creator's dedication to iterating on their innovative concept. This project builds upon a previous four-key customizable clicker, demonstrating a progression in complexity and functionality, leading to an optimistic outlook for future advancements, perhaps even enabling more complex games like Doom.

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