How does AI 3D model generation work?

Upload a photo — or several views, or describe the object in words — and the AI builds a textured 3D model, usually in a few minutes. View it in the browser and export it as GLB, FBX, OBJ, USDZ or STL for Unity, Unreal Engine, Blender and other tools.

What objects can I convert to 3D?

Almost anything you can photograph or describe: furniture, props, characters, creatures, gadgets, food, buildings and more.

Is Wandy3D free to use?

Yes. New accounts get free credits and free accounts get a credit top-up every month, so you can generate and view models in the browser at no cost, on every model version including Wandy 1.2. PRO plans add credits every month and unlock downloads in every format.

What 3D file formats does Wandy3D support?

GLB, GLB with Draco compression, FBX, OBJ (with MTL and textures), USDZ and STL. For 3D printing there are watertight STL and 3MF files, and for games a quad remesh with baked PBR textures as GLB or FBX.

How is Wandy3D different from other AI 3D generators?

Wandy3D covers the whole path from input to a usable file in one browser workspace: photo, multi-view or text input, edit by prompt, retexturing, quad remesh, print-ready export and a community to share models.

GPT-6 AstraAuthor Yume_XSeptember 5, 2026

Evolving 3D ocean ecosystem in one HTML file with raw WebGL

Astra wrote a library-free WebGL and GLSL simulation in which glowing cells divide, mutate, bond into colonies and swim as organisms.

Claude Code + Three.js (code only)Wandy 2

Actual models · 360°Both from the same photo: left — one unedited Claude Code (Opus 5.5) run modelling it in Three.js code; right — Wandy 2.

Create detailed 3D models

Code alone gets you simple shapes. Wandy 2 turns one photo into a textured 3D model you can use in the same scene.

Create a 3D model free

Build brief by Wandy3D

The author didn't share a prompt, so we wrote down how to recreate this build.

Build a single self-contained HTML file with raw WebGL and GLSL, no libraries, that simulates an evolving 3D ocean ecosystem. Start from a primordial sea with thermal vents on a dark seabed, then let translucent bioluminescent cells appear, drift, divide and mutate in visible ways. Add predation, energy economics and natural selection, and let cells bond into multicellular colonies that grow appendages and swim as organisms. Write the full pipeline yourself: vertex and fragment shaders, procedural geometry, lighting and a volumetric fluid look. Use a slowly drifting camera like a submersible, a deep teal and green palette with glowing accents, and a minimal HUD showing elapsed time, population, species and most complex organism, plus short stage captions. Give only the vision, not implementation details. Done means life emerges unaided and runs without errors.

How to use this prompt

Paste the build brief into GPT-6 Astra and ask for one self-contained HTML file with raw WebGL.
Change the habitat, palette or creature traits, and keep the instructions about the vision rather than data structures.
Open the file, watch the stages unfold, then ask for more mutation, predators or a different camera drift.

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Evolving 3D ocean ecosystem in one HTML file with raw WebGL

Create detailed 3D models

Build brief by Wandy3D

How to use this prompt

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