Nintendo Switch Labo experimenters and creators will be interested in a new video created by maker and engineer Vimal Patel, showcasing a few examples of what can be created using a little LEGO, Labo, and a few 3D printer parts. Check out the results in the video embedded below.
For those unfamiliar with Nintendo Switch Labo, they take the form of new kits created by Nintendo that include die-cut cardboard cutouts that can be assembled to create a wide variety of different projects and combined with the Joy-Cons of the Nintendo Switch console. These kits are designed to encourage creativity and hands-on learning, making them a hit among both kids and adults who enjoy DIY projects and gaming.
Innovative Creations with LEGO and Labo
Patel’s experiments include using LEGO to make sturdy piano keys, a fishing rod, and motorbike handlebars, as well as a controller variant that lets you play the Switch in portrait mode. These creations demonstrate the versatility and potential of combining LEGO with Labo kits, allowing users to enhance their gaming experience with custom-built accessories. For example, the piano keys made from LEGO provide a more durable and tactile experience compared to the original cardboard keys, making it easier to play and enjoy the Labo piano game.
Patel’s video also showcases more experiments that combine LEGO with the Nintendo Switch, including Labo models like the piano, fishing rod, and motorbike, along with some controller variants. The design I made for the 3D printed connectors is pretty poor, so I’d recommend looking at these designs instead and adapting them to your requirements. This statement highlights the importance of iterative design and the willingness to improve upon initial concepts, which is a key aspect of the maker community.
Expanding the Possibilities with 3D Printing
The integration of 3D printing into these projects opens up even more possibilities for customization and innovation. By creating custom connectors and parts, users can tailor their Labo and LEGO creations to better suit their needs and preferences. For instance, 3D printed connectors can be designed to fit specific LEGO pieces or to provide additional stability and functionality to the assembled projects. This level of customization allows for a more personalized and engaging experience, as users can create unique accessories that enhance their gameplay.
Moreover, the files for modification are available from the Thingiverse website, providing a valuable resource for those looking to replicate or build upon Patel’s designs. Thingiverse is a popular online community where users can share and download 3D printable files, making it an excellent platform for collaboration and sharing within the maker community. By accessing these files, users can experiment with different designs and modifications, further expanding the potential of their Labo and LEGO projects.
Source: Verge : Vimal Patel
The combination of Nintendo Switch Labo, LEGO, and 3D printing offers a wealth of opportunities for creativity and innovation. Patel’s experiments serve as an inspiring example of what can be achieved with these tools, encouraging others to explore their own ideas and push the boundaries of what is possible. Whether you’re a seasoned maker or a newcomer to the world of DIY projects, the possibilities are endless when you combine these versatile and accessible materials.
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