Three MIT students have joined forces to create a massive 6ft tall Tetris game which uses an LED matrix controlled using a pair of Dance Dance Revolution (DDR) controller mats. This innovative project combines the nostalgic charm of Tetris with the physical engagement of DDR, resulting in a unique and interactive gaming experience.
The LED lights were fitted into laser-cut acrylic tubes and then attached to a chipboard frame. This meticulous construction ensures that the LED matrix is both durable and visually striking. The use of laser-cut acrylic tubes not only enhances the aesthetic appeal but also ensures that the light is evenly diffused, providing a clear and vibrant display for the game. Watch the 6ft tall Tetris game in action after the jump, but it might be worth lowering your volume slightly.
Building Your Own Giant Tetris Game
If you are a fan of Tetris and fancy building your very own, you can download all the instructions from the github social coding website. The comprehensive guide provides step-by-step instructions, making it accessible even for those with limited technical expertise. The project is designed to allow either one or two players to play at once, adding a social element to the game.
The instructions cover everything from sourcing materials to assembling the LED matrix and programming the game. You’ll need basic tools like a soldering iron, wire cutters, and a drill, as well as some electronic components such as LEDs, resistors, and a microcontroller. The project also encourages creativity, allowing builders to customize their Tetris game with different colors, patterns, and even additional features like sound effects or score displays.
The Impact and Inspiration Behind the Project
This project is a testament to the creativity and technical prowess of the MIT students involved. Credit Leah Alpert & Russell Cohen with Hardware Design and Andrew Carlson for their contributions. Their work not only showcases their skills but also serves as an inspiration for others to explore the intersection of technology and creativity.
The giant Tetris game has garnered attention from various tech enthusiasts and media outlets, highlighting the growing trend of DIY electronics and maker culture. Projects like this encourage people to experiment with technology, learn new skills, and bring their ideas to life. They also demonstrate the potential of collaborative efforts, as the students combined their expertise in hardware design, programming, and game development to create something truly unique.
Moreover, the use of DDR mats as controllers adds an element of physical activity to the game, promoting a more active and engaging gaming experience. This fusion of physical and digital play is becoming increasingly popular, as seen in other interactive installations and games that encourage movement and exercise.
Source: Engadget
The 6ft tall Tetris game created by the MIT students is a remarkable example of innovation and creativity. It not only revives a classic game but also introduces new ways to interact with technology. Whether you’re a seasoned maker or a curious beginner, this project offers a fun and rewarding challenge that combines the best of both worlds: the timeless appeal of Tetris and the excitement of DIY electronics.
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