Convert a single image into a controllable 3D splat

TripoSplat turns one 2D image into a 3D Gaussian splat. A splat is a lightweight 3D representation made from many small points, so you can rotate the result in a viewer and use it as a rough 3D asset instead of staying with a flat image.

The practical detail is control over the number of Gaussians. You can generate fewer points for a lighter preview, or more points when visual quality matters more than rendering cost. That makes the workflow easier to judge for asset creation, AR or VR prototypes, game environments, and simulation scenes.

The official Space packages the first test into a browser workflow. The model repo also provides public weights, official inference code, a Gradio app, and a ComfyUI workflow template, so the demo is not hiding a closed service behind the scenes.

Start with the TripoSplat Space. Use a clean product shot, toy, vehicle, or isolated object rather than a crowded photo. After generation, rotate the result in the embedded viewer and look for whether the shape holds up from more than one angle.

For a second pass, change the Gaussian count and compare the preview against the heavier output. The useful question is not only whether the result looks good once. It is whether you can trade quality for speed in a way that matches the asset you are trying to make.

If the browser demo looks promising, move to the official GitHub repo or ComfyUI template. Local reproduction is public, but it expects a GPU setup and several checkpoint files, so treat the Space as the quickest quality check before downloading the weights.

This is not a full 3D modeling replacement. It can create a viewable splat from one image, but local use is still GPU-oriented and the result should be inspected from several angles before you treat it as production-ready geometry.

• Turn a product photo or concept image into a rough 3D splat for inspection.
• Prototype game, AR, or VR assets before a manual modeling pass.
• Compare lighter and heavier splat outputs for rendering cost.
• Build a ComfyUI image-to-3D workflow around public weights.
• Test whether a single-image 3D asset is good enough for previews, mockups, or internal demos.

Try the demo

View model page