Moon Mi Light 2.4G

thingiverse

NASA has captured the moon in stunning high definition images that can be viewed when you turn on your Lunar lamp. You have two files of these breathtaking photos: a non-optimized version (Luna_Moon_1920x960_4k.tif -> 2.88MB) and an optimized version with enhanced contrasts (Luna_Moon_1920x960_4k (Kacitran)_contrast.jpg -> 653KB). If you prefer to download the images directly from NASA, visit the CGI Moon Kit at https://svs.gsfc.nasa.gov/4720. The STL file for the Lunar lamp boasts impressive technical characteristics: * Picture: lroc_color_poles_4k (Large)_DxO.jpg * Lithophane Resolution: 0.25 * Sphere Diameter: 140 * Picture Angular Height: 151.41 * Picture Angular Width: 360.00 * Maximum Thickness: 2.7 * Minimum Thickness: 0.6 * Cylinder Outer Diameter: 67 * Cylinder Height: 5 * Cylinder Thickness: 2 * Cylinder Ledge Outer Diameter: 67 * Top Hole Outer Diameter: 0 * X Shift: 0.00 * Y Shift: 0.42 Creating your own Lunar lamp is a straightforward process, and you can even customize it with your favorite photos or images. The textures provided are actual planetary maps in equirectangular projection. You can use them for 3D rendering or simply open them in an image viewer to explore the surface of planets. Visit https://www.solarsystemscope.com/textures/ for more information. To remove backgrounds from your photos, you can use online tools like Remove.bg (https://www.remove.bg/upload), which offers a fast and free solution. Once you have your background-free photo, it's time to transfer the image onto the Lunar lamp using the dial maker at https://lithophanemaker.com/Lithophane%20Sphere.html#processing. Don't forget to register for free access. If you need additional guidance, watch a video tutorial on how to use the dial maker in English (https://www.youtube.com/watch?v=U2VwfzQRTUc) or Spanish (https://www.youtube.com/watch?v=u-EuR7Q0JmQ). Your support is appreciated. If this guide has been helpful, consider donating what you think it's worth to my PayPal account at paypal.me. Your contribution will help cover the time spent on designing this project. The base of the Lunar lamp remains, and future updates may include WIFI / RF / RGB functionality.