Convert OBJ to DAE (Collada) for Animation and AR Pipelines
Turn a static OBJ mesh into DAE (COLLADA) — a format with broader support for scene structure, and still required by some older AR platforms and 3D asset pipelines.
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Why Convert OBJ to DAE?
DAE (COLLADA) was designed as a richer scene-exchange format than OBJ, capable of carrying hierarchy, transforms, and (when present) animation — but OBJ has none of that, so converting a static OBJ to DAE produces a single-mesh scene rather than a full animated hierarchy.
Some legacy AR platforms, older Android 3D tools, and specific asset pipelines still require or prefer DAE specifically, even in workflows that have mostly moved to glTF.
Material references from OBJ's companion MTL file are translated into DAE's own material/effect structure, so basic color and texture assignments carry through even though DAE's material model works differently under the hood.
How to Convert OBJ to DAE
- Upload your OBJ file (with its MTL and textures, if any).
- MiConvert translates the mesh and its materials into DAE's scene structure.
- Download the converted DAE file.
- Import into your AR platform or COLLADA-based pipeline.
Key Conversion Features
- Converts OBJ geometry into DAE (COLLADA) format
- Translates OBJ's MTL material definitions into DAE's material structure
- Compatible with legacy AR platforms and COLLADA-based asset pipelines
- No 3D software installation required
- Free for files up to 50MB, 100MB for registered accounts
Video Tutorial
Learn how to convert OBJ to DAE format with this comprehensive guide! 📌 https://miconvert.com/en/obj-to-dae?utm_source=youtube&utm_medium=social&utm_campaign=obj-to-dae This video covers everything
Frequently Asked Questions
Will this add animation to my static OBJ model?
No — OBJ has no animation data to begin with, so the DAE output is a static single-mesh scene. DAE supports animation, but only if your source format had it to carry over.
Do materials and textures transfer from OBJ to DAE?
Yes — OBJ's companion MTL material definitions are translated into DAE's material/effect structure, preserving basic color and texture assignments.
Why would I need DAE instead of a more modern format like glTF?
Some legacy platforms, older AR tools, and specific asset pipelines still specifically require COLLADA/DAE, even though glTF has become the more common modern choice.
Is the scene hierarchy preserved?
Since OBJ itself has minimal hierarchy (typically flat groups/objects), the DAE output reflects that same flat structure rather than a complex node hierarchy.
What's the file size limit?
50MB free, 100MB for registered accounts.