Each of the LEDs has three pins: positive and negative for 5V power and one pin for data. For this project I chose a strip of individually addressable WS2812B LEDs, which are RGB LEDs of which you can control the color of each one individually, using a board like an Arduino. Of course, a CNC machine or a powerful laser cutter would make perfect hexagons in little time, but these are expensive machines that I don't have.īefore assembling the structure that will hold the hexagons together, we need to think about the LEDs that will be put behind them, to create the glow effect. Then I also sanded the two faces of each hexagon with 180-grit sandpaper. Obviously the hexagons didn't come out perfect, so I clamped them together and sanded the sides until they were all at the same height. Although it took me a while I cut all the hexagons. Then I cut out the hexagons using a manual mitre saw, which allows you to set an angle at which to make the cuts, which then come out quite accurate. In order to do this I used a 3D printed template, with which I marked the outlines of the hexagons on the wood using a pencil. From these pieces I need to make hexagons. The hexagons will actually be six, but I preferred to have one more since mistakes can always happen. To buy the plywood I went to a hardware store, where they cut seven 17x20 cm pieces of 8 mm okumé plywood. However, if you have the right machines and knowledge, you can make the hexagons out of solid wood. As wood I chose okumé plywood, because it has a color and grain that I really like, and then I already used it for another lamp that I built last year and that I put in the same room. As they will be the only visible part of this project, it is important to spend the right amount of time on this part to make the hexagons precise. ![]() The most important part of this project are the wooden hexagons, which will have LEDs behind them. In the end, I think the light panels I've built look great, both when they are lit and when they are off.Īs always, I've also made a video about this project, that you can find on my YouTube channel (it has English subtitles). So I designed and build my own version, in order to get a similar, and maybe better, effect while spending a lot less, and also having some fun. If you hadn't figured it out yet, the idea for this project came to me because I had wanted to put Nanoleaf light panels in my room for a long time, but the price was always a bit too high. The first of these hexagons contains a board connected to our Wifi network, which allows you to control the LEDs from your smartphone. Also, one of the hexagons has hidden buttons, to turn the lights on or off and change the effects. In fact, these six wooden hexagons that have LEDs behind them can be put in the combination we want to form different geometries. Hi, I am Giovanni Aggiustatutto and welcome to this Instructable! In this guide we will build some RGB lights to hang on the wall, which have some details that I think are very interesting.
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