Trice vs model-viewer
An honest, side-by-side look at Trice and model-viewer, Google's open-source web component for adding interactive 3D models to a web page. See which one fits your project best.
Both are free, but they work very differently. model-viewer is a developer library: you add it to your page and set it up in code (HTML and JavaScript). Trice is a no-code studio that does the hard parts for you and gives back a ready, shareable result. It runs on a modern WebGPU engine, so models look great and stay smooth even on heavy scenes. You just import a model, and it is automatically optimized and ready to make interactive without touching code.
Full breakdown, including where model-viewer wins, is in the comparison table below.
Full comparison
Features change over time, so this comparison is a snapshot. Double-check the latest details before deciding.
✓Yes ~Partial / with caveats ✕No
| Feature | Trice | model-viewer |
|---|---|---|
| Price | ✓ Free unlimited self-hosted, no watermark (you host the files, the render is free). $8/mo Pro if you want us to host for you. | ✓ Free, open source (you self-host) |
| Open source | ✕ Proprietary | ✓ Apache 2.0, by Google |
| No-code setup | ✓ Visual editor | ✕ HTML attributes / JS |
| Embed method | ✓ iframe embed | ✓ Web component in your own HTML |
| Lightweight footprint | ~ Embeds a full studio (heavier) | ✓ Single small component |
| Full control in your own code | ✕ iframe sandbox | ✓ Lives in your DOM, style with CSS/JS |
| Works offline (self-contained) | ✕ Player loads from app.trice3d.com | ✓ Self-contained bundle |
| Shareable view link | ✓ Instant URL, opens in any browser | ✕ You build and host your own page |
| AR | ~ WebXR AR/VR — beta | ✓ Scene Viewer + iOS Quick Look + WebXR |
| Rendering engine | ✓ WebGPU (WebGL2 fallback) | ~ three.js / WebGL |
| Great look with zero setup | ✓ Looks great by default, more advanced shading | ~ Looks good by default, simpler shading |
| Post-processing (bloom, DOF, SSAO) | ✓ Built-in, no code | ~ Via model-viewer-effects add-on, in code |
| Supported import formats | ✓ GLB, GLTF, FBX, OBJ, STL, 3MF, DAE, 3DM, PLY, VOX | ~ glTF / GLB only |
| Automatic optimization | ✓ meshopt + WebP + 1-click optimize | ✕ You ship what you upload |
| Progressive texture loading | ✓ | ✕ |
| Visual scene editor (multi-model) | ✓ Compose multiple models, no code | ~ Multiple models possible, but positioned in code |
| Hotspots | ✓ No-code, saved with the scene + guided tours | ~ Place in their editor, then copy into your HTML |
| Material editor | ✓ No-code PBR editor | ~ Edit color / textures via JS API, in code |
| Material & object variants | ✓ No-code switcher (materials + objects) | ~ Material + mesh variants via JS API, in code |
| 3D text | ✓ Add & edit 3D text in the editor | ✕ |
| Animation playback | ✓ | ✓ |
| Multiple cameras & switching | ✓ Add cameras, switch with transitions | ✓ Camera views and orbits |
| Turntable / auto-rotate | ✓ | ✓ |
| Scroll-driven camera | ✕ | ✓ Camera reacts to page scroll |
| Draggable objects | ✓ Drag & rotate individual objects | ✕ |
| Focus & infinite zoom | ✓ Double-click to focus, no zoom limit | ~ Orbit, pan, zoom (bounded) |
| Fly mode (drone-style) | ✓ Move freely through the scene | ✕ |
| Image export | ✓ Built-in, high-resolution | ~ Capture current frame via JS API |
| Video export | ✓ MP4 turntable or camera sweep | ✕ |
| Hosting included | ✓ Hosted shares + self-hosted | ✕ You host the files |
The verdict
It comes down to control versus convenience. model-viewer is free, open source, and completely yours: no account, no vendor lock-in, a tiny self-contained component you drop into your own code that keeps working offline. If you want that level of control, you are comfortable working in code, and you mainly need to drop a model onto a page, that is exactly what model-viewer is built for.
For almost everything else, Trice is the better fit. The core difference is that it is all no-code: you build and configure the whole scene in a visual editor instead of writing and maintaining code. On top of that come things that are hard to match, and one of the strongest is optimization: every model is automatically compressed, often many times smaller, so pages load fast and stay smooth even on heavy scenes, while model-viewer leaves that to you. Your model also looks great the moment you import it, with more advanced shading and built-in post-processing, and you can import almost any format, compose multiple models, edit materials, and add hotspots, variants, and camera tours, then share it all with a single link. Progressive texture loading is a bonus on top, revealing scenes instantly while full-resolution textures stream in.
So the conclusion is simple. Unless you specifically need a fully open-source solution with no dependencies, Trice is a polished, full-featured product that gets you a better result with far less effort, and it only keeps getting better as we ship updates and act on what users ask for.
Questions
Because the free plan is self-hosted: you host your model files and we provide the renderer at no cost, which costs us very little to support, so we keep it free with no watermark. If you would rather we host your files for convenience, Pro is $8/month, and that is what keeps the product running.
No. Trice is no-code: you import a model, set everything up in a visual editor, and share it with a link or an embed. model-viewer, by contrast, is configured in HTML and JavaScript, so it expects some development work.
Easily. Drag your model into Trice (GLB, glTF, FBX, OBJ, and more) and it imports and optimizes automatically. Set the scene up in the visual editor, then share it with a link or embed it on your page.
No. Trice compresses geometry with meshopt and converts textures to WebP, which can make files many times smaller with no visible quality loss.
No. Trice optimizes every model so it stays light, and the renderer drops to zero GPU usage the moment the camera stops moving. You can put several scenes on one page and it stays fast.
Yes, and optimization is a big part of why. Trice shrinks both geometry and textures, which keeps VRAM usage low, so scenes do not exhaust a phone's memory and crash the page the way they often do with other viewers. With strong rendering performance and smooth touch controls on top, scenes stay fast and stable on mobile.
Quite possibly. We are a small team that ships fast and listens to our users. If a request makes sense for the product, there is a good chance we will build it, so it is always worth asking.
See the difference for yourself
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