View millions of 3D Gaussians with real-time photorealistic rendering at 100+ FPS.
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No file on hand? Load a ready-made Gaussian Splatting scene to explore the viewer.
This is a free online Gaussian Splatting viewer for .splat, .spz, .ksplat, .sog, and PLY formats. Inspect scenes rendered from millions of 3D Gaussian ellipsoids, each carrying position, rotation, scale, color, and opacity data. All rendering happens locally on your GPU through WebGL, so your files never leave your browser.
Splat scenes are usually made from photos or video of a real place. The same scene can come in several file types.
OffThese three are often confused. Here is what each one is good at.
| Gaussian splat | Mesh (GLB, OBJ) | Point cloud (PCD, XYZ) | |
|---|---|---|---|
| Made of | Millions of soft, colored blobs | Triangles with materials | Single points |
| Looks like | Photo-real, including reflections and fine detail | Clean, solid surfaces | Dots; gaps between them |
| Edit or 3D print | Hard; there are no real surfaces | Yes | Only after turning it into a mesh |
| Best for | Showing a captured place or object | Games, AR, CAD and printing | Scanning and measuring |
Gaussian Splatting (3DGS) is a breakthrough 3D scene representation method that uses millions of 3D Gaussian ellipsoids to represent scenes. Each Gaussian carries position, rotation, scale, color, and opacity attributes. It achieves real-time photorealistic rendering at 100+ FPS on consumer GPUs, an order of magnitude faster than traditional NeRF methods.
For viewing, most modern GPUs handle typical .splat files easily. Scenes with millions of Gaussians run best on a dedicated GPU, but integrated graphics can still manage. Rendering happens entirely in your browser via WebGL, so no server-side processing is needed.
Yes. You can convert .splat files to mesh formats like OBJ or PLY using tools such as SuGaR or the official gs-to-mesh pipeline. For format conversion, use our 3D Model Converter tool.
.splat files are generated by training pipelines from multi-view photographs. Common tools include the official Gaussian Splatting implementation, Nerfstudio extensions, SuperSplat editor, and various web-based trainers. The output is a photorealistic 3D scene captured from an image set.
Yes. 3DGS is a popular choice for AR/VR because it renders photorealistic scenes in real time. Preview your .splat scene here first, then export it to compatible AR/VR pipelines and players for deployment.
These come from the capture, not the viewer. Areas seen from few angles turn out blurry, and stray splats float in the air. Capture more angles or crop them out in a splat editor.