Compare
**<model-viewer>** vs Wonderland Engine
<model-viewer> makes it easy to embed a single GLTF/GLB model on a web page. Wonderland Engine is a full‑fledged engine and editor for building complex interactive 3D and XR experiences.
A‑Frame vs Wonderland Engine
A‑Frame lets you describe simple VR scenes using HTML tags. Wonderland Engine is a compiled engine and editor designed for high‑performance VR, AR and 3D applications.
**Babylon.js** vs Wonderland Engine
Babylon.js is a comprehensive 3D framework for the web. Wonderland Engine is a purpose‑built engine designed for maximum performance and ease of use.
**Mattercraft** vs Wonderland Engine
Mattercraft is an online 3D builder aimed at quickly creating simple immersive web pages. Wonderland Engine is a high‑performance engine and editor suited for complex applications, games and VR.
**Needle** vs Wonderland Engine
Needle Engine packages Unity or Blender scenes into a web component. Wonderland Engine is a native engine with its own editor and optimized runtime.
**Niantic Studio** vs Wonderland Engine
Niantic Studio is a browser‑based editor built on 8th Wall for creating WebXR and AR content. Wonderland Engine is a dedicated engine with a native editor, optimized for complex 3D and VR experiences.
**PlayCanvas** vs Wonderland Engine
PlayCanvas is a cloud‑hosted editor for small interactive scenes. Wonderland Engine is a high‑performance rendering engine designed for complex games and applications.
**Three.js** vs Wonderland Engine
Three.js is a low‑level JavaScript framework for rendering 3D graphics. Wonderland Engine is a full engine with an editor, optimized runtime and tooling for complex projects.
**Unity HTML5** vs Wonderland Engine
Unity is a native 3D engine that also supports HTML5/WebGL export. Wonderland Engine is a 3D engine that is built from the ground up for the web, offering small builds, fast iterations and high performance even on mobile devices.