Samsung Galaxy Note 4 - 360 pictures

thingiverse

Taking a proper 360-degree picture on a smartphone requires a certain level of skill. The most critical factor is ensuring that the camera lens remains at the same point in physical space as you turn around. I'd like to introduce you to "Loafers Lodge 360." This innovative gadget, which I've invented (I haven't seen anything similar), keeps your lens at the same point in space as you take a picture. The current version is designed for the Samsung Galaxy Note 4, and I'm working on an iPhone 6 version. The two pivot points are essential components. Horizontally, you need to mount your phone so that the earpiece socket is facing up, as the frame fits snugly. Vertically, place the phone in a way that the camera lens is above the pivot point under the frame. The pivot point requires sanding for a tight fit. The "foot" is specifically designed for a Hama tripod with a locking mechanism. Please note that the hole is slightly off-center to position the pivot point above the tripod head's center of rotation. I'm unsure if it fits other tripods, but if you attach the foot using strips on a tripod with a screw-on fixing thingy, ensure the hole in the foot is above the tripod head's pivot point. A quick tip: for the best photo, lock the aperture to a medium value by pointing your camera at a 90-degree angle to the sun and then locking the aperture. My approach is to take the horizontal part first, rotating fully 360 degrees, followed by the clouds, and finally the ground. Unless there are moving objects on the ground. Feel free to experiment, as I do. Also, remember to turn the tripod head, not the frame. This will ensure a smooth rotation and prevent any damage to your smartphone. Print Settings: Printer: DaVinci 1 pro Rafts: No Supports: Yes Resolution: .3 Infill: 25% Notes: The frame was printed standing upright (no support). The pivot part was printed lying down (with support for the pivot), and the foot was printed straight forward (no support). Be cautious not to make the infill too open, as the Hama Clip will press on the side of the foot. Post-Printing: You'll need to ensure a tight fit for the pivot point. I intentionally made the horizontal pivot point slightly larger than the hole in the foot. After several attempts to achieve an exact fit, I learned that shrinking isn't always predictable. Some sanding and/or hole drilling will be required to make it fit properly. I used a drill bit to create a 10mm hole and sanded the pivot to ensure a snug fit. How I Designed This: All components were created using Blender 3D (free software), which is ideal for this type of project. For easy adaptation to other phones, I've included the Blend-file. Custom Section: This section is reserved for customization. I thought it was a shame to waste this space, so I decided to write something. Oh! And don't forget about the tight-fitting pivot point! P.S. Any spelling mistakes and unusual syntax are intentionally used for entertainment purposes only.