![]() ![]() ![]() The main features of the housing that I want to highlight are the ventilation holes on the bottom and the ventilation square on the top. They have all the tools you could ever need for woodworking, welding, laser cutting, electrical work.etc. If you're in DFW and need a place to do handy work like this they have a wonderful workshop. Shout out to the Dallas Maker Space where I put this together. This gives it a nice overlap to keep the mirror and monitor in place. I just used 3.5" x 0.75" boards for the main housing and 1.5" x 0.75" boards for the frame. The basic construction of the mirror housing is very simple. This is fine if you want to paint it or want a light stain, but pine does not take dark stains well at all.įor my Mom's magic mirror I used oak and had much much better results with staining, so be sure to pick a wood that will work well for the finishing that you have in mind. You can get actual glass if you want (it looks very nice) but it will cost more than acrylicįor my first magic mirror I used pine because it was cheap. I had much better luck with TAP Plastics, their mirrors are very high quality acrylic and each of mine cost ~$60. ![]() I tried ordering a cheap acrylic mirror from Amazon but the first and second one I got were cracked. 2 way mirror: This is one of the most expensive parts of the project.RaspberryPi 3b (with power supply, case for pi).Once you have a monitor you will know what size housing you need to build. This project is not cheap so it's good to cut costs when you can, and usually you can get a good, bright LED monitor for $30-$45 if you don't already have one laying around. I'll separate the software and hardware parts of the build for those who are only interested in one or the other.įirst step in this project is to find a decent monitor on Craigslist/Letgo or similar services. It's a very fun project and I learned quite a bit from building one for myself and one as a gift. You can make a very neat and customizable display by hiding a monitor behind a 2 way mirror and powering the display with a Raspberry Pi. You've probably seen magic mirrors like the above around the internet. ![]()
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