Are you a fan of the Zelda video game series? Learn how to build a 3D printed replica of Majora's Mask replica that uses LEDs and a microcontroller to radiates some wicked light.
For today’s Weekend Project, we’ll take a look at a 3D printed replica of the Majora’s Mask that Instructables user mportatoes thought up after stumbling upon this model by Lucidhack on Thingiverse. Widely regarded as one of the most iconic antagonists from the Legend of Zelda series, this mask is used by Skull Kid to create chaos throughout Termina with dark magic.
Even though the original designer openly states that the project is still a work in progress that presents a fair challenge, Mportatoes was undeterred and ended up with a mini-sized Mask of Majora equipped with ten LEDs and an ESP8266 board.
Do you want to harness the dark magic of Majora’s Mask? You can do so with your 3D printer, a soldering iron, and some inexpensive components.
Let’s take a look at how you can build your own!
Here’s what you need to build your own replica of Majora’s Mask:
Mportatoes chose not to light the eyebrow, eyes, mouth, and nose, but you can get extra LEDs for those parts. Additionally, you have the option to purchase or 3D print a wall-mount/desk-mount stands if you want.
First, you’ll need to download Lucidhack’s files from Thingiverse. The mask can be printed as one piece, or you can print the left and right side separately – the halves will be joined using 3D printed pins.
Mportatoes used the following print settings for the model:
According to Lucidhack, most of the mask should print well without supports, although there are certain areas that would benefit from having them. Whether you are printing the two pieces of the mask vertically or one piece horizontally, Lucidhack recommends that the overhang threshold is set to 15 degrees to support the primary trouble areas. This will prevent you from generating unnecessary support while keeping the troubled areas supported.
After printing the mask, Mportatoes recommends filling in any blemishes with spackling paste before sanding. Vapor polishing the printed parts is also an option if you want to reduce the amount of sanding required. But sanding will help remove major imperfections, especially when you use a 220 grit (or higher) sandpaper.
You may also need to touch up the holes of the mask using a 1/8” drill bit.
Mportatoes used acrylic paint without any primers or coats. So, painting is open for experimentation
Before inserting and supergluing the LEDs into the spikes, everything needs to be tested, soldered, and wired. The code and pin-out for this project are available on the Instructables post by Mportatoes.
For the most part, outside of the multiple GND connections, the wiring should be a breeze.
In Mportatoes project, the designer solders eight GND wires to two pins (four wires on each pin). The top horn LEDs each have their GND pins. Four wires will go into a single GND pin because the board needs ten GND outlets, but only has four.
Tips for Wiring
Connect the ESP8266 board to a computer via a USB cable. Open the Arduino IDE (you can get it here). You must have the right libraries in the Arduino IDE if you want to flash the ESP8266.
Here is an Instructables guide on how to quick start the ESP8266.
Once everything is set, load the .ino file (available on Instructables) and paste the code into the editor. Picking the correct Serial Port and the board is crucial before you can run the code.
Once you’ve got everything 3D printed and wired up, it’s time to put the mask together.
And, lastly, be careful not to fall under the dark influence of Majora’s Mask. Who knows, the kingdom of Hyrule could be depending on you!
License: The text of "Weekend Project – LED-Powered Majora’s Mask Replica From Legend of Zelda" by All3DP is licensed under a Creative Commons Attribution 4.0 International License.
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