adjustable 3D printed fabric/armour with high strength improved flexibility

thingiverse

For those of you who crave seamless assembly and effortless clicks, this mesh is not your cup of tea. The one available at this link is a great alternative: https://www.thingiverse.com/thing:3164774. This version is truly remarkable, but it does have a drawback - it's slow and laborious to assemble. To overcome this issue, I've designed an updated version that prints assembled and still maintains its hexagonal mesh structure. These two versions are compatible with 8mm balls, while the snap-together design uses 9mm balls. You can find the original concept here: https://www.thingiverse.com/thing:3112944. It garnered a wonderful response, so I decided to give it an update for all you 3D printing enthusiasts out there. I've noticed that many people are downloading this design, but not as many are showing their appreciation by liking it. If there's something I can do or a question I can answer to make it more likable for you, please let me know! There's much more to come from this design, so if you're interested in staying up-to-date, be sure to follow me. Is anyone interested in getting access to my fusion modeling file? This mesh is incredibly robust and flexible, with an added twist - it's an adjustable mesh! If you want to create a bulge or a non-flat surface, simply adjust the length of the rods. The hole at the center is designed for snap-in components that I'll be creating next (or maybe you will!). The idea behind this mesh is to serve as a carrier for scale mail, spikes, flowers, or any other creative idea you can think of. I'm thrilled with how it's turned out and believe anyone can assemble it. Obtaining small threaded rods can be a bit of a challenge, but ordering nylon threaded rod would help keep the weight down. A helpful tip is to use the hole through the center as a clamping point for a bolt. This allows for faster assembly and keeps the pieces tightly together while the glue dries. In my mind's eye, I'm already thinking three iterations ahead of what you see here, but unfortunately, I don't have much time to devote to this project at the moment.