Hyper3D Rodin

Hyper3D Rodin is an AI 3D model generator from hyper3d.ai that turns text prompts or images into production-ready 3D assets in seconds. Feed it a prompt, reference images, sketches, product photos, or multi-view shots, and it returns a complete mesh with UVs and textures. The team created the CLAY and CAST research line, winners of a SIGGRAPH Best Paper award, and claims 10M+ creators and 100+ studios.

Core Features

• Text and image to 3D: Generate complete models from prompts, single images, sketches, product photos, or multi-view input, with mesh, UVs, and textures included.
• Rodin Gen-2.5: Geometry in about 4 seconds, a full model in about 5, 10M+ polygons, production-ready output. Other modes include Gen-2, Default, Focal, Zero, and Speedy.
• Wide export support: GLB, FBX, OBJ, STL, USDZ, glTF, 3MF, and DXF, plus PBR maps (albedo, roughness, metalness) for engines, AR, and printing.
• Real control: 3D ControlNet steers generation with bounding boxes, voxels, or point clouds. Part splitting, partial edits, low-poly optimization, HD textures, and baked normals support iteration.
• Full ecosystem: OmniCraft handles mesh editing and format conversion, ChatAvatar creates realistic 3D faces, official Blender/Unity/Unreal plugins, and API access starts at the Business plan.

Pricing

Official pricing as of August 2026:

Use Cases

• Game assets: Turn concept art into engine-ready props and characters for Unity or Unreal.
• 3D printing: Export STL or 3MF for figures and prototypes.
• E-commerce and AR: Product models in GLB or USDZ for web viewers and AR try-on.
• Avatars: Realistic 3D heads from photos via ChatAvatar.
• Prototyping: Check shapes and silhouettes in seconds before manual modeling.

Advantages

1. Output quality: Clean topology, 10M+ polygon support, and PBR textures approach hand-modeled assets.
2. Control depth: ControlNet, part splitting, and partial edits go well beyond prompt-only rivals.
3. Complete pipeline: Plugins, OmniCraft, ChatAvatar, and an API cover the path from generation to production.

On the downside, Rodin costs more than Meshy or Tripo, models headed for 3D printing often need manual repair, and the many modes and controls make for a steeper learning curve.

Tips

1. Start free: Free credits are enough to judge Gen-2.5 quality before paying.
2. Use multi-view input: Front, side, and back views beat a single photo for geometry.
3. Match export to target: STL/3MF for printing, GLB/USDZ for web and AR, FBX for game engines.

Conclusion

Hyper3D Rodin pairs fast Gen-2.5 generation with rare control depth and a full production ecosystem. It costs more than Meshy or Tripo, but teams that need clean topology, PBR textures, and engine or print-ready exports will find the premium justified.

Alternatives

• Nano Banana: Google's viral AI image tool, handy for creating the reference images you feed Rodin.
• Meshy: Cheaper text/image-to-3D platform with a generous free tier.
• Tripo: Fast image-to-3D generation at competitive prices.