Whilst Flappy Bird is no longer available in the Apple app store or the Google Play Store, fans of the game are coming up with some innovative ways to play the game. One such creative adaptation is Flappy Bird in a box, also known as Flappy Bird IRL, created by Fawn Qiu. This physical version of the game brings the digital experience into the real world, offering a unique and tactile way to enjoy the beloved game.
How Flappy Bird IRL Works
Flappy Bird in a box works just like the smartphone version, but it was ingeniously created using Arduino, an open-source electronics platform based on easy-to-use hardware and software. The game utilizes two servo motors, a reed switch, and magnets to replicate the flapping motion and obstacles found in the original game. The servos control the movement of the bird, while the reed switch and magnets are used to detect the bird’s position and interactions with the obstacles.
Flappy Bird IRL version made with Arduino, two servo motors, reed switch, and magnets. Inspired by Mario in a box.
The physical setup of Flappy Bird IRL involves a small box where the bird, represented by a small figure, moves up and down as the player presses a button. The obstacles, which are also controlled by the Arduino, move horizontally across the box, mimicking the pipes in the original game. The player must time their button presses to navigate the bird through the gaps in the obstacles, just like in the digital version.
The Inspiration and Creation Process
Fawn Qiu, the creator of Flappy Bird IRL, was inspired by another project called Mario in a box. This project also used Arduino to bring a classic video game into the physical world. Drawing from this inspiration, Qiu decided to create a similar experience for Flappy Bird fans. The project not only showcases the versatility of Arduino but also highlights the creativity and ingenuity of the maker community.
The creation process involved designing the mechanical components, programming the Arduino to control the servos and sensors, and assembling the physical box. Qiu documented the entire process, providing detailed instructions and code on her website, making it accessible for others who wish to recreate the project or learn from it.
The video above demonstrates Flappy Bird IRL in action, showing how the bird moves and interacts with the obstacles. It provides a clear visual representation of how the game works and the level of detail that went into its creation.
You can find out more details about this fun version of Flappy Bird in a box over at Fawn Qiu’s website at the link below. Her website offers a wealth of information on various projects, tutorials, and resources for those interested in electronics and DIY projects.
Source Fawn Qiu,
In conclusion, Flappy Bird IRL is a testament to the enduring popularity of the original game and the creativity of its fans. By bringing the game into the physical world, Fawn Qiu has created a unique and engaging way to experience Flappy Bird. This project not only provides entertainment but also serves as an educational tool, demonstrating the capabilities of Arduino and encouraging others to explore the world of electronics and DIY projects. Whether you’re a fan of Flappy Bird or a maker looking for inspiration, Flappy Bird IRL is a fascinating project worth exploring.
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