The best WebGL website examples share one trait: the 3D does a job that a photo or video can't. WebGL is the browser technology that draws real-time 3D with the device's graphics chip, and in practice it earns its place in six situations: product heroes, configurators, data visualizations, spatial portfolios, real-estate facades and shader backgrounds. Below is each one, a real example, and what it takes to build.
We sort WebGL websites by use case rather than by "wow", because that's how you should brief one.
WebGL website examples at a glance
| Use case | Best for | What it needs | Mobile risk |
|---|---|---|---|
| Product hero | Product brands, launches | One excellent model, lighting, motion | Low |
| Configurator | Variants, custom orders | Models per option, rules, pricing data | Medium |
| Data globe / data viz | Platforms, scale stories | A data feed, instancing, custom shaders | Medium |
| Spatial portfolio | Studios, creatives | A world, physics, navigation design | High |
| Real-estate facade | Developers, sales teams | Building model, unit data, status sync | Medium |
| Shader background | Any brand | A shader artist, little else | Low |
1. The product hero
A single product, lit like a studio shot, that turns with the cursor or scroll. It's the most common WebGL website design request we get and the one with the best effort-to-impact ratio.
What it needs: one production-quality GLB model, a lighting setup that matches your photography, and choreography so it moves with intent. Here's how a Three.js website like this is built, layer by layer. When to skip it: if the visitor will never interact, a seamless video loop is lighter. Real-time is worth it when the cursor changes something.
2. The configurator
Pick a color, swap a material, see the price update. This is where 3D stops being decoration and starts selling. The heavy lifting is not rendering but logic: which options combine, what each costs, what happens on add-to-cart.
What it needs: a model per configurable part, texture sets per finish, product rules and a commerce hookup. Budget for it separately; our 3D website cost guide shows why configurators sit in the top price tier.
3. The data globe
GitHub's homepage globe is the reference example. GitHub's engineers wrote that it's built in Three.js with about 12,000 small circles drawn through a single InstancedMesh, showing pull requests as spikes and arcs. Instancing means the graphics chip draws thousands of copies in one go instead of thousands of separate calls.
What's useful for buyers is the loading trick: the page shows an SVG placeholder until the first frame renders, then crossfades to the canvas over 600 ms. Nobody stares at a blank box.
What it needs: a clean data source, a developer comfortable with shaders and instancing, and a fallback image.
4. The spatial portfolio
The portfolio becomes a place you move through. Bruno Simon's site, where you drive a small car around his work, is the famous one. It was built with Three.js for rendering, Cannon.js for physics and Blender for modeling, took about three months, and had passed 400,000 visitors when Pastel wrote it up in January 2020.
What it needs: world design, physics tuning, and a lot of thought about navigation. The catch: it's the hardest format to make accessible and fast on phones. Always ship a plain list view of the work alongside it.
5. The real-estate facade
The building is the menu. Hover a window and see the apartment. We built an example residential project in Tallinn where every lit window at dusk is a home you can hover for rooms, area, price and status. Agencies like Lazarev show the same idea in their Riviera City case.
What it needs: a building model, unit-level data and a way to keep sold/available status in sync. As one selector roadmap puts it, "the model and the data are the asset". The pretty render is the easy part; the data plumbing decides whether sales teams trust it.
6. The shader background
Not every WebGL site needs a model. A shader is a small program that runs on the graphics chip and paints every pixel, which makes it perfect for living gradients, noise fields and particles that morph between shapes.
What it needs: a shader-literate developer and a clear motion brief. It's the cheapest way into real-time graphics, and usually the lightest on mobile.
What WebGL is bad at
Skip real-time 3D for long-form reading, primary navigation (menus in a canvas break keyboard and screen-reader users), anything that must rank (Google reads HTML, not canvas pixels) and content marketing edits weekly.
If you're weighing a full immersive build against a lighter touch, our guide to immersive website design covers when to go all in.
Where to find the best WebGL websites
Awwwards is the usual gallery, and its juries score design, usability, creativity and content, not just spectacle. Open each one on your phone too; that's where the craft shows.
