3D Model Viewer

About this format

GLBKit is a browser-based 3D model viewer covering scene formats, meshes, point clouds and CAD. Drop a supported file, orbit it, pan and zoom, and read what is inside it. The file is parsed on your own machine — nothing is uploaded and there is nothing to sign up for.

Opening a model and moving around it

Once a file loads it opens in a workspace with the model in a viewport and a set of panels down the side. The bottom bar and the mouse handle navigation: drag to orbit around the model, pan to slide the camera without turning the model, and scroll or pinch to zoom. Home returns to the default orbit state and clears any mode you had switched on.

• Drag to orbit around the model and see it from any angle
• Pan to move the camera sideways while the model stays still
• Zoom with the wheel, a pinch gesture, or the on-screen zoom control
• Wireframe mode to read topology that a shaded surface hides
• Grid, transform gizmo and bounding box toggles for spatial reference
• A recenter control to frame the model again if you lose your bearings

What you can do once it is open

The sidebar holds the panels that change or describe what you are looking at. Camera, Material, Background, Lights and Environment all alter the display rather than the file, which makes them the fastest way to diagnose a model that looks wrong. Info and Analyzer report on the file without changing it, and Screenshot produces an image from the current view.

• Camera presets plus field-of-view and zoom controls for precise framing
• Material controls for base colour, metalness, roughness and opacity
• Solid, gradient or image backgrounds
• Key, fill and rim lights with position and shadow controls
• HDRI environment presets for reflective surfaces
• A file inventory and a statistics report from the Info and Analyzer panels
• Screenshot capture at HD, Full HD or 4K as PNG or JPEG

What the viewer cannot do

GLBKit is a viewer and an inspector, not an editor. It does not modify geometry, repair broken files or optimise an asset. Nor does it guarantee a file will open smoothly, because what happens depends on the file and on the machine reading it.

• Large models can use a substantial amount of browser memory, and a model that does not load is usually a memory limit rather than a parsing bug.
• Dense scenes and point clouds take longer to become interactive, since the geometry has to be parsed and uploaded to the GPU first.
• Different formats expose different information. An STL gives you triangles and nothing else; the same asset as GLB carries materials, textures and animation.
• Animation clips are read and listed, but the viewport turntable is a display rotation rather than playback of the file's own animation.
• Rendering quality and frame rate depend on your GPU, browser and device, so the same file can feel very different on two machines.
• Missing companion files are the most common cause of a file that opens untextured or empty.

Who uses GLBKit

GLBKit is built for anyone who needs to open a 3D file quickly and privately. The format-specific pages help search and AI assistants route the right file type to the right viewer.

• 3D artists and asset creators
• Web, game, and AR/VR developers
• CAD, surveying, and GIS professionals
• Researchers, students, and educators

How to View a 3D Model Online

Open a 3D model of almost any common format in the browser with GLBKit, then orbit, inspect and capture it without installing any software.

1. Open the 3D Model ViewerGo to the universal 3D Model Viewer on GLBKit, or open the viewer page for your specific format if you already know which one you have.
2. Upload your modelDrag and drop the file into the upload area, or browse your device to select it. Formats that reference external files, such as glTF, OBJ and DAE, need those companion files too — a ZIP keeps the paths intact.
3. Wait for the scene to loadThe file is parsed locally in your browser and loaded into the 3D viewport. Larger or more complex assets take longer to become interactive.
4. Explore the viewportOrbit, zoom and pan to inspect the model from different angles. Use the camera controls for more precise framing.
5. Inspect the sceneOpen the Info panel to review the file's mesh, material and texture names, the animation clips it contains, and the loaded node list.
6. Adjust the displayUse the Material, Background, Lights and Environment panels to change how the model is shaded and lit, which is the quickest way to diagnose a material that looks wrong.
7. Capture the viewOpen the Screenshot panel, choose a background, format and resolution, then capture and download the rendered image.