Single-photo splats in OTOY Studio
Make a Gaussian splat from one photo, either in about two seconds for nearby viewpoints (Sharp) or in a minute or two with a generative model (TripoSplat).
In OTOY Studio, Single-photo splats (OTOY) costs 2 credits (€0.02) per run at list price, depending on the settings you pick. It's included on every plan, Free included, and paid plans take 10% to 25% off every run.
Variants
| Variant | Takes | Produces | Credits per run |
|---|---|---|---|
| Sharp (1-Photo 3D) | Prompt plus image | Gaussian splat or 3D model | 2 |
| TripoSplat (1-Photo 3D) | Prompt plus image | Gaussian splat | 2 |
Sharp (1-Photo 3D)
Instant single-photo 3D, a feed-forward net predicts ~1.2M gaussians in ~2s. Exactly 1 image; produces a 2.5D splat for nearby viewpoints. Best for quick previews and product shots.
Credits per run: 2 credits (€0.02).
TripoSplat (1-Photo 3D)
Generative single-photo 3D, a flow-matching model synthesizes a ~262K-gaussian splat from one image in ~1-2 min. Exactly 1 image; no multi-view or training. Tune with guidance/steps for fidelity.
Credits per run: 2 credits (€0.02).
Using Single-photo splats in OTOY Studio
- Open https://app.otoy.studio and create or open a workflow.
- Add a Sharp (1-Photo 3D) node from the 3d and gaussian splats menu.
- Connect your inputs (a prompt, plus image) and pick your settings. The node shows the credit cost before you run it.
- Run it. The output lands in your asset library and can feed the next node, for example an upscaler or an Octane render.
Alternatives in OTOY Studio
- Trellis by Microsoft: 2 to 28 credits (€0.02 to €0.28)
- TripoSR by Stability AI and Tripo: 2 to 6 credits (€0.02 to €0.06)
- SAM 3D by Meta: 2 credits (€0.02)
- Gaussian splat reconstruction by OTOY: 10 to 29 credits (€0.10 to €0.29)
- World Labs Marble by World Labs: 17 credits (€0.17)
See every model at https://otoy.studio/models.
Prices come from OTOY Studio's billing configuration, last exported 2026-09-28. They are list prices before plan discounts. The app always shows the exact cost before a run.