This one was generated with Extreme-High quality and exported as a 2 million polygon model. Rodin still seems a bit weak when it comes to anime-style art or deformed strong characters, but even so, the amount of detail it can produce is honestly pretty impressive.
Still testing different references and settings, but Gen-2.5 already feels like a solid step up for high-detail 3D generation.
Just took a car game by Alejandro León and did a quick experiment with AI games.
Generated cars with Hyper3D.AI, auto-split into body & wheels via Bang-to-Parts, then dropped everything into Omma.
Still rough, but the iteration speed is kind of crazy.
Feels like we’re getting close to“prompt → playable game elements” loops.
My daughter drew this cute little girl, and I turned it into a 3D print.
I tweaked the eyes a bit with Gemini, then used Rodin to generate the 3D model, split it into parts, cleaned it up, and printed it. The final print came out really nice, and I’m especially happy with the hair color on this one.
Just sharing a fun workflow I tried today with GPT-5.5 and Hyper3D.ai. I used BANG to Parts to prep the 3D asset, then used Codex to turn it into a simple playable webpage.
I honestly expected a lot more manual work, but it came together pretty fast. Still a small prototype, but really fun to experiment with.
Started from a photo of an old lighthouse and used Gemini to make an axonometric-style concept image. Then I brought it into Hyper3D and used the bang feature to split it into printable parts. Took a couple tries to get a cleaner split, but the result ended up being pretty nice.
I also did some manual cleanup for printing, mainly thickening thin areas like the railings and spiral stairs, and adding a small snap-fit for the solar panel.
Printed everything in parts, painted a few details on the base, and put it all together. Pretty happy with how it came out.
The car and robot were generated with Hyper3D.ai, then brought into Blender to build this scene. Feels like bringing a childhood imagination to life.
Built the model from scratch starting with a generated axonometric view in Gemini, then turned it into a 3D model and split it into parts with Hyper 3D. Did some cleanup and remodeling in Shapr3D, mainly on the roof, columns, and interior.
Printed it in multiple parts to save time and material, then finished it with some manual painting and assembly. Support removal took a bit of effort, but nothing too bad. Honestly, it came out better than I expected.