Rodin

What is Rodin?

Rodin is a generative AI model that creates 3D assets from a text prompt or a reference image. It is built by Deemos, also written DeemosTech, and offered through the Hyper3D.ai platform. Deemos launched Hyper3D Rodin in May 2025 as what it called a native 3D model generator, meaning it produces 3D geometry directly rather than stitching together 2D views.

The model has moved through several generations. Hyper3D’s developer documentation covers Gen-1 and Gen-1.5, Gen-2 and Gen-2.5, and Rodin Gen-2 was launched in October 2025. You can use Rodin in the browser, call it through the Hyper3D API or reach it inside third-party platforms such as fal and Scenario. Deemos has presented work at SIGGRAPH Real-Time Live, and ShanghaiTech University reported new funding for the company in July 2026, so the product was active in October 2026.

Key Features

• Text to 3D: Rodin generates a 3D model from a written prompt describing an object or character. You describe the shape, style and materials, then refine the result instead of modelling the asset from scratch.
• Image to 3D: Rodin turns a single reference image into a textured 3D model. Concept artists can take a sketch or product photo and get a usable starting mesh within one generation cycle.
• Gen-2 and Gen-2.5 models: Rodin Gen-2 launched in October 2025, and Hyper3D’s API documents a newer Gen-2.5 generation. One technical write-up reports that Gen-2 uses 10 billion parameters, which supports more detailed meshes than earlier versions.
• Quad topology: Rodin can produce quad-based meshes, a point that rival Meshy highlights in its own comparison page. Quad topology is easier for artists to edit, subdivide and animate than the triangle soup many generators output.
• PBR textures: Rodin outputs models with physically based rendering materials for realistic lighting in engines. Comparison pages from Neural4D focus on its PBR texture quality, a key concern for game and product visualisation work.
• Gen-2 Edit: Rodin Gen-2 Edit lets you change an existing generated model rather than starting again. Artists can adjust parts of an asset through the editor, which keeps a design consistent across revisions without a fresh generation.
• Rigging support: Rodin offers rigging support for generated characters, according to model listings on AI portals. A rigged output can move straight into animation tests in a game engine or 3D package.
• Developer API: Hyper3D provides a text-to-3D and image-to-3D API with documented endpoints for each generation. Rodin is also hosted on fal and Scenario, so developers can add 3D generation to their own apps.
• DCC plugins: Deemos distributes a Rodin Blender add-on and a RodinBridge plugin for Cinema 4D. A Rodin3D Skills server for AI agents also exists, letting assistants request models from inside creative tools.

Pros

• Native 3D output: Rodin generates 3D geometry directly, which Deemos says makes it a native 3D generator. That approach aims for cleaner shapes than tools that rebuild models from several flat 2D views.
• Editable meshes: Quad topology output gives artists meshes that are easier to retopologise, UV and animate. Game and VFX teams spend less time cleaning raw AI geometry before it reaches production.
• Fits existing pipelines: Blender and Cinema 4D plugins bring Rodin into tools artists already use. Generated assets land inside the scene, which avoids repeated exporting and importing between apps.
• Wide developer access: Rodin is available through its own API and through fal and Scenario. Studios and app builders can pick the platform that matches their billing and workflow instead of being locked into one interface.
• Research pedigree: Deemos has a research background, with work shown at SIGGRAPH Real-Time Live and coverage by industry sites such as befores and afters. That track record suggests continued model updates, as Gen-2.5 already shows.
• Active development: Rodin has moved from Gen-1 to Gen-2.5 within roughly a year of public launch. Reported new funding in 2026 points to ongoing investment rather than a stalled side project.

Cons

• Paid plans for regular use: Rodin’s paid tiers are reported to start at about $30 a month in one 2026 review. Hobbyists who need many generations may find the free tier limiting and costs rising quickly with heavy use.
• Pricing unconfirmed: Our October 2026 check could not load hyper3d.ai/pricing, so plan names and credit allowances are not confirmed here. Check the official page for current credits, licence terms and API rates before budgeting.
• Output still needs review: AI-generated models can include errors in thin parts, hidden faces or texture seams. Expect to inspect and fix assets in Blender or another editor before they are ready for a shipped game or product render.
• Lookalike websites: Several unofficial sites use the Rodin name, such as rodinai.net and rodin3ds.com. Make sure you sign up at hyper3d.ai, the official Deemos platform, to avoid paying a reseller or a different service.
• Learning curve for settings: Rodin exposes several generations, edit modes and export options across web, API and plugins. Newcomers to 3D may need time to learn which model and settings suit a given asset.

Who is Using Rodin?

• Game developers: Generating props, characters and environment assets.
• 3D artists: Creating base meshes to refine in Blender or Cinema 4D.
• Product designers: Turning product photos into 3D models for visuals.
• App developers: Adding text and image to 3D through the API.

Pricing

Rodin uses a freemium model, with a limited free tier and paid plans that one review lists from $30 a month (third-party sources, checked October 2026).

These figures come from third-party reviews because the official pricing page did not load during our check. Credit costs and plan tiers for 3D tools change often, so read the current terms on hyper3d.ai before you buy.

What Makes Rodin Unique?

Rodin generates 3D geometry natively and can output quad-based meshes, which puts it closer to production use than many image-to-3D tools. Deemos backs it with a research track record that includes SIGGRAPH Real-Time Live work, and it has shipped four model generations, from Gen-1 to Gen-2.5. Distribution is unusually wide: the web app, a public API, fal, Scenario, a Blender add-on, a Cinema 4D bridge and an agent skills server all reach the same models. Gen-2 Edit then lets artists revise a model instead of regenerating it.

Compatibilities and Integrations

• Platforms: Web app at hyper3d.ai plus a public developer API.
• 3D software: Blender add-on and RodinBridge for Cinema 4D from Deemos.
• Third-party hosts: Available as models on fal and Scenario.
• Exports: Textured 3D models, with STL output reported by one model listing.

Rodin Tutorials

Hyper3D publishes a user guide on Notion, and a first model takes only a few steps.

1. Sign up at hyper3d.ai, the official Deemos platform for Rodin.
2. Choose text to 3D or image to 3D and select the model generation.
3. Enter a prompt or upload a clear reference image, then generate.
4. Review the mesh and textures, and use Gen-2 Edit to adjust parts.
5. Download the model or send it to Blender or Cinema 4D through the plugins.

How We Rated It

Summary

Rodin suits game developers, 3D artists and app builders who want production-friendly 3D assets from text or images. Its native 3D approach, quad meshes and wide plugin and API reach make it one of the more complete generators available. The main limitation is cost for heavy use, and we could not confirm current plan details on the official site. Test a few assets on the free tier and open them in Blender before committing to a paid plan.