3D Tool

Open and Explore COLLADA Models Without Specialized Software

Upload a DAE file and inspect the geometry from every angle. Embedded materials and textures are loaded automatically. Toggle wireframe, switch lighting environments, snap to camera presets, and export a PNG screenshot.

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Open and Explore COLLADA Models Without Specialized Software
Free Tool

DAE / COLLADA 3D Viewer

Upload a DAE file to explore COLLADA geometry with materials, wireframe inspection, lighting environments, and screenshot export.

Drop your DAE file here

or click to browse your files

Supports .dae (COLLADA) files

A detailed 3D model with textures and materials displayed in a browser viewer
01

Materials and Textures Loaded Automatically

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A COLLADA 3D model shown in wireframe mode in a browser
02

Wireframe for Mesh Inspection

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Person taking a screenshot of a 3D model in a browser viewer
03

Camera Presets and Screenshot Export

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How It Works

View a DAE File in Three Steps

1

Upload your DAE file

Drag a DAE file onto the drop zone or click to browse. The Three.js ColladaLoader parses the XML scene graph, geometry, and material library automatically.

2

Explore the model

Orbit, zoom, and pan around the loaded scene. Toggle wireframe to inspect mesh topology. Cycle through ten lighting environments to preview the model under different conditions.

3

Export a screenshot

Snap to a camera preset for a clean angle and click the screenshot button to download a PNG named after your DAE file.

Deep Dive

What the DAE Viewer Supports

Built around the Three.js ColladaLoader for the full COLLADA feature set, including multi-mesh scenes, embedded materials, and scene-graph hierarchies.

What the DAE Viewer Supports
01

COLLADA Scene Graph

DAE files describe scenes as hierarchical node trees, where each node can hold transforms, geometry, lights, and cameras. The ColladaLoader parses this graph and reconstructs it as a Three.js scene hierarchy, preserving multi-object layouts and parent-child transforms.

02

Embedded Materials and Textures

COLLADA material libraries define Phong and Lambert shading parameters. When textures are embedded within the DAE file or referenced as relative paths alongside it, the ColladaLoader applies them to the mesh surfaces automatically during the loading phase.

03

Multi-Mesh Scenes

COLLADA files frequently contain multiple named geometry instances within a single scene. The viewer loads and renders all meshes together, preserving relative transforms so the full scene layout matches the original asset.

04

Automatic Scale Normalisation

COLLADA models can vary widely in scale because different DCC tools export at different unit scales. The viewer computes the bounding box of the entire scene after loading, scales the model to a readable viewport size, and places the base at ground level.

05

Wireframe Mode

Toggling wireframe traverses all mesh nodes in the loaded COLLADA scene and switches their materials to wireframe rendering. This makes it easy to inspect polygon density and verify geometry quality across complex multi-mesh assets.

06

Camera Presets and Screenshot

Snap to Perspective, Front, Top, or Right views with one click. Enable auto-rotation for a continuous turntable preview. Export a PNG screenshot for documentation, pipeline reviews, or client presentations.

CameraPerspective, Front, Top, Right
ExportPNG, named after the source file
Benefits

Why Use It

🎨

Automatic Material Loading

COLLADA material libraries and embedded textures are parsed and applied to mesh surfaces by the ColladaLoader without any manual configuration.

🔍

Wireframe Inspection

Toggle wireframe to reveal the underlying triangle mesh, check face density, and inspect the geometry structure of complex multi-mesh COLLADA scenes.

💡

Ten Lighting Environments

Cycle through studio, city, sunset, warehouse, forest, and more to preview how the surface materials read under different real-world lighting conditions.

📸

Screenshot Export

Capture any camera angle as a PNG for documentation, design reviews, or presentations without additional software.

Who Uses It

Who Uses a Browser-Based DAE Viewer

COLLADA is a cross-application interchange format used across game development, film, architecture, and engineering. Previewing DAE files quickly without a full DCC tool is a common need.

People using a DAE viewer for game development, design, and architecture
01

Game Developers

Preview COLLADA character and environment assets exported from Maya, Blender, or 3ds Max before importing into a game engine. Verify geometry, material assignments, and scale without opening the full DCC tool.

02

3D Artists and Designers

Quickly check DAE exports from modelling tools to confirm the geometry, scene hierarchy, and materials look correct before handing off assets to an engineering or integration team.

03

Architects and Visualizers

Preview building and interior models exported as COLLADA from ArchiCAD, SketchUp, or Revit. Inspect geometry and material assignments from any angle without specialist viewer software on every workstation.

04

Educators and Students

Load COLLADA models from course materials, online repositories, or student projects in a browser without installing Blender or another DCC tool on every machine.

05

Pipeline and Integration Engineers

Verify that COLLADA exports from asset pipelines contain the expected geometry, materials, and scene structure. Toggle wireframe to confirm mesh topology and check for issues before downstream processing.

Frequently Asked Questions

What is a DAE file?

DAE (Digital Asset Exchange) is the file extension for COLLADA (COLLAborative Design Activity), an XML-based interchange format for 3D assets developed by the Khronos Group. It can store geometry, materials, textures, lights, cameras, animations, and scene hierarchy in a single human-readable file. COLLADA was designed specifically for exchanging assets between different 3D applications such as Blender, Maya, 3ds Max, SketchUp, and various game engines.

Are materials and textures loaded from the DAE file?

Yes. The viewer uses the Three.js ColladaLoader which parses the COLLADA material library and applies Phong and Lambert material definitions to mesh surfaces automatically. Textures that are embedded within the DAE or referenced as paths relative to it will be applied during load. Textures stored at absolute paths on a different machine will not resolve in a browser environment.

How are multi-mesh COLLADA scenes handled?

COLLADA files often describe scenes with multiple geometry instances, each with their own transforms and materials. The ColladaLoader reconstructs the full scene hierarchy as a Three.js object group, preserving the relative positions and orientations of all meshes so the scene layout matches the original.

How do I navigate the model?

Left-click and drag to orbit around the scene. Scroll the mouse wheel to zoom in and out. Right-click and drag to pan the camera. Use the P/F/T/R buttons at the bottom-left of the viewer to snap to Perspective, Front, Top, and Right camera presets.

What does wireframe mode do?

Wireframe mode renders all mesh surfaces as polygon edges instead of filled triangles. For COLLADA models this is useful for inspecting the underlying triangle mesh, checking geometry density across different parts of a scene, and verifying that the topology exported correctly from the source DCC tool.

Does the viewer support animated DAE files?

The viewer renders the default pose of the scene. COLLADA animation tracks embedded in the file are not played back in this viewer. For animated COLLADA preview, open the file in Blender, Maya, or another DCC tool that supports COLLADA animation playback.

Is there a file size limit?

There is no server-imposed limit because all parsing and rendering happens in your browser. Large DAE files with many meshes and high-resolution textures may load slowly on lower-powered devices, but typical COLLADA assets under 50 MB load within a few seconds.

Get Started Free

Ready to Inspect Your DAE File?

Upload a COLLADA file, explore the scene with materials, check the mesh in wireframe, then export a screenshot.