3D Converter

Convert COLLADA Assets to Compact Binary GLB

Convert DAE (COLLADA) scene files to GLB and make your geometry ready for web viewers, AR Quick Look, Android Scene Viewer, Unity, Unreal, and any real-time pipeline that speaks the binary glTF format.

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Convert COLLADA Assets to Compact Binary GLB
Free Tool

Convert DAE to GLB

Upload a DAE file and download the converted GLB — all processing happens on the server.

Drop your DAE file here

or click to browse

Choose File

Accepts .dae files

A COLLADA model converted to a compact GLB for web use
01

From Verbose XML to Compact Binary

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A COLLADA model with materials correctly rendered in a GLB viewer
02

PBR Materials and Geometry Preserved

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A GLB model displayed in AR on a mobile device
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AR and Real-Time Engine Ready

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How It Works

How to Convert DAE to GLB

1

Upload Your DAE File

Drag and drop a DAE (COLLADA) file into the upload zone or click to browse. Files up to 100 MB are supported.

2

Sign In and Convert

Sign in to start the conversion. The server parses the COLLADA scene geometry and material definitions, then packs them into a binary GLB container.

3

Download the GLB

Once ready, click Download. The single-file GLB is immediately loadable in Three.js, Babylon.js, model-viewer, Unity, Unreal, iOS AR Quick Look, and Android Scene Viewer.

Deep Dive

DAE and GLB: XML Interchange vs. Binary Real-Time Format

DAE and GLB: XML Interchange vs. Binary Real-Time Format
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DAE: The XML DCC Interchange Format

COLLADA (DAE) is an XML-based interchange format developed by Khronos. It stores geometry, materials, textures, animations, cameras, lights, and scene hierarchy in a single human-readable document. It is the native export format of Blender, Cinema 4D, and Maya for cross-application scene exchange.

02

GLB: Binary glTF for Real-Time Delivery

GLB is the binary container format for glTF, the Khronos standard for real-time 3D. It packs the JSON scene description, geometry buffers, and optionally embedded textures into a single compact file — ideal for web delivery, AR, and game engine import where file size and parse speed matter.

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When to Convert DAE to GLB

Convert when you need to deploy a COLLADA scene asset to a web viewer, AR experience, or game engine that loads GLB natively. Also convert when file size and parse performance matter, as GLB is dramatically smaller and faster than COLLADA XML.

Benefits

Why Use It

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No Software to Install

The conversion runs on the server. No Blender Python scripts, no glTF-Pipeline CLI, no local Assimp pipelines needed. Upload and download directly from your browser.

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Compact Single-File Output

GLB packs JSON scene data, geometry buffers, and embedded textures into one binary file — up to 80% smaller than the equivalent COLLADA XML. One file, no companion assets to manage.

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Real-Time Engine Ready

The output GLB loads natively in Three.js, Babylon.js, model-viewer, Unity, Unreal, iOS AR Quick Look, and Android Scene Viewer without additional plugins or conversion.

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Web and AR Optimized

GLB's binary encoding is fast to download and parse in browsers. It is the recommended delivery format for WebGL, WebXR, and platform AR viewers on iOS and Android.

Who Uses It

Who Converts DAE to GLB

Who Converts DAE to GLB
01

Web Developers

Convert COLLADA scene exports to GLB for direct loading in Three.js or Babylon.js, reducing file size and eliminating XML parse overhead in browser-based 3D viewers.

02

Game Developers

Import COLLADA assets from DCC tools into Unity or Unreal as GLB for efficient single-file delivery with PBR material support and no companion asset dependencies.

03

AR Developers

Convert DAE models to GLB for deployment in iOS AR Quick Look and Android Scene Viewer, which require the glTF/GLB format for native AR experiences.

04

Blender Artists

Export COLLADA from Blender and convert to GLB for web portfolio viewers and client preview links that load instantly in any browser without plugins.

05

Product Designers

Convert DCC scene exports in DAE format to GLB for AR product configurators and interactive web viewers that need fast-loading, compact 3D assets.

Frequently Asked Questions

What is the difference between GLB and GLTF?

GLTF is a JSON text file that references external BIN geometry buffers and texture files. GLB is the binary container that packs the JSON, BIN, and optionally textures into a single file. GLB is easier to deploy because it has no external dependencies and is typically smaller due to binary encoding.

Are animations from the DAE file included in the GLB output?

Static mesh geometry, UV maps, and material definitions are converted. Complex COLLADA animation rigs may not fully translate depending on the animation features used. For animation-heavy assets, review the output in a viewer like the Khronos glTF Sample Viewer to verify fidelity.

Are materials and textures preserved in the GLB output?

Yes. COLLADA material definitions and UV coordinates are converted to PBR material slots in the GLB. If the DAE file references external texture images, include them alongside the DAE for the converter to embed them in the GLB output.

Can I open the resulting GLB in Unity and Unreal?

Yes. Unity supports GLB import natively in recent versions, and Unreal supports glTF/GLB import via the built-in importer. Both engines load PBR materials from the GLB without additional plugins.

What is the maximum DAE file size?

The converter supports DAE files up to 100 MB. COLLADA's verbose XML structure means DAE files for complex scenes can be significantly larger than equivalent binary formats, but the resulting GLB will typically be much smaller.

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Convert Your DAE File to GLB Now

Upload your COLLADA scene and get a compact, web-ready GLB in seconds. No install, no manual steps.