Build a 3D Scrolling Website With Zero Code: Open-Source Tool Hits 8,700 GitHub Stars (2026)

# Build a 3D Scrolling Website With Zero Code: Open-Source Tool Hits 8,700 GitHub Stars (2026)

Direct answer: An open-source project lets you build cinematic 3D scrolling websites without writing code. As visitors scroll, a virtual camera moves through a sequence of AI-generated scenes. The project reached 8,700 GitHub stars in its first month. The catch: you need AI API credits to generate the images and videos, and a full render costs about $6.40. The results can be impressive, but this is a content-generation tool, not a free ride. Set an API budget before you start.

Scroll-driven 3D websites have existed for years, but traditionally they required Three.js expertise, custom camera paths, and manually built scenes. This project changes the workflow: describe the experience in natural language and let AI generate the visual content.

What does it actually do?

The tool generates a website where scrolling controls a virtual camera.

As visitors scroll down the page, the camera moves through a sequence of AI-generated scenes — for example, flying from an orchard into a studio and then moving toward a shop employee tying a ribbon around a product.

The result can feel smooth and cinematic.

Core features:

No-code workflow. The process is click-based. Describe the theme, choose a style, and set the number of scenes.

AI-generated visuals. Images and video clips are generated by AI models, so you do not need design skills or an existing asset library.

Multiple visual styles. Clay animation, modern realism, and custom styles are supported.

Mobile support. Optional mobile optimization helps the experience work on phones.

Preview mode. Generate a lower-cost preview before producing the final version to reduce API spending.

How to build it: the simplified path

The original deployment process has some technical friction. The simplified workflow removes most of it.

Get the project. Copy the simplified deployment script from the GitHub repository. You do not need to read or modify the source code.

Run it in an AI-agent environment. Paste the script into an AI coding assistant such as OpenClaw and let it handle the installation.

Configure API keys. The project needs AI image and video models. A model aggregation platform that supports multiple providers can be useful. Create an API key, copy it, and paste it when prompted. Start with a small balance and add more later if needed.

Define the theme. Enter a theme such as “candy store,” optionally name the store, and select an art style. You can accept the AI's suggestions or customize everything.

Set scenes and camera movement. Choose how many scenes the camera will travel through. More scenes mean higher API costs but can create a richer experience.

Preview before rendering. Always run a preview first to check the composition before generating the final version. This can save a significant amount of API credit.

Cost breakdown

| Item | Cost | Notes |

|---|---:|---|

| Domain + hosting | $0–$15/year | Static hosting can be free; domain is optional |

| API credits per render | About $6.40 | Full-resolution video scenes |

| Preview render | Lower | Always preview before final rendering |

| Your time | 15–30 minutes | Setup + configuration |

The $6.40 figure is the direct cost of producing the final version. Using preview mode and rendering only the final version can reduce costs. Multiple scenes increase the cost roughly proportionally.

Art styles and use cases

The project supports several built-in styles as well as custom prompts:

Clay / stop-motion style. Soft, tactile, and playful. Useful for brand stories and product launches.

Modern realistic style. Clean and premium. Suitable for corporate websites and high-end products.

Custom style. Describe almost any visual direction — watercolor, pixel art, cyberpunk, or something else — and the AI will attempt to match it.

Best use cases

Story-driven product landing pages

Portfolio websites for designers and studios

Brand campaign microsites

Interactive storytelling experiences

Restaurant, café, and retail brand pages

The parts nobody tells you

API costs accumulate quickly. If you iterate 5–10 times before getting a result you like, you could spend $30–$60. Set a budget first.

Quality depends heavily on prompting. The same tool can produce an impressive result with a specific prompt and a mediocre result with a vague one.

Deployment is not truly zero-code. Generation can be no-code, but turning the result into a live website still requires basic hosting knowledge. An AI agent can handle much of it, but complete beginners may still need help.

Scrolling performance depends on the device. Heavy video scenes can stutter on low-end phones. Test on real mobile devices before launch.

The trend may not last forever. 3D scrolling creates visual impact, but if the content does not justify the format, the result can feel flashy rather than useful. Use it to tell a story, not to replace the actual content.

FAQ

Do I need a GPU?

No. AI generation happens through remote APIs. Your computer only needs a browser for the simplified workflow.

Can I use my own images instead of AI-generated assets?

The simplified workflow is designed around AI-generated content. Integrating custom assets requires code changes, which removes much of the no-code advantage.

How long does a full render take?

Usually 5–15 minutes, depending on the number of scenes and API queue time. Previews are faster.

Can the output be used commercially?

The licensing of generated content depends on the AI model and API provider you use. Check the provider's terms before using the output for client work.

What if I want more control?

Developers can use underlying 3D web technologies such as Three.js and GSAP ScrollTrigger for full control, but that requires coding. This tool trades some control for speed.

Summary

This no-code 3D scrolling website generator is a strong example of how AI can lower the barrier to cinematic web experiences. With 8,700 GitHub stars in its first month and continued growth, the project has clear community interest.

At about $6.40 per full render, the cost can make sense for client work or brand campaigns, but casual experimentation can become expensive quickly.

Use preview mode. Write specific prompts. Host the final site on inexpensive static infrastructure.

Browse the AI tool directory for more open-source AI tools for creative workflows.