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Open weightsMeta GenAI, University of Oxford/10 trustMetrics-checked

VFusion3D

Scalable 3D generation distilled from video diffusion: single image to 3D asset in seconds.

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About

VFusion3D, an ECCV 2024 paper from Meta GenAI and Oxford's Torr Vision Group, attacks the 3D data scarcity problem sideways. Instead of collecting more 3D data, it fine-tunes a pretrained video diffusion model to unlock multi-view generation, synthesizes a dataset of nearly 3 million multi-view examples, and trains a feed-forward 3D generative model on it. The result turns a single image into a 3D asset in seconds, and the authors report users preferring its outputs over 90% of the time against state-of-the-art feed-forward 3D models.

Meta released the code and weights: the majority of the project and the weights are under CC-BY-NC — usable for research, not for commercial products — with some components under Apache 2.0 and NVIDIA proprietary terms. There is a Hugging Face model card and a Gradio app for local inference. The >90% preference figure is the authors' own user study, not an independent evaluation.

Specs

Context window

N/A - 3D generation model; single image input

Pricing

Free for non-commercial use (CC-BY-NC weights)

Free quota

Unlimited (self-hosted, non-commercial)

API access

No hosted API; self-host under CC-BY-NC (research/non-commercial); Hugging Face model card available

Weights

Open weights

Released

Not disclosed

Benchmarks

Paper-reported: users preferred outputs >90% of the time vs SOTA feed-forward 3D models (author-run study)

Provider-reported unless a source says otherwise. Benchmarks are marketing-adjacent by nature — treat them as directional.

Use cases

image-to-3d3d-reconstructionresearchsynthetic-data

Trust score — 7/10

/10 trustMetrics-checked

Scored 7/10 (metrics tier, metrics-v1). Evidence: ECCV 2024 paper (Meta GenAI + Oxford); public code and weights (~460 stars); Hugging Face release. Strengths: influential scaling idea (video diffusion as 3D data source), released weights, real inference code. Docked for: (1) CC-BY-NC weights — no commercial use; (2) preference numbers are from the authors' own study; (3) inference works best on front-view inputs per the README. License: CC-BY-NC for the model and most of the project.

How the trust score is built

Full methodology →
Adoption · stars/downloads, log-scaled vs peers
6.0/10
Maintenance · recency, releases, issue load
5.0/10
Openness · license + docs
6.0/10
Manual review · sanity read + red-flag check
8.0/10
  • · ECCV 2024 (Meta GenAI, University of Oxford)
  • · Code + weights public, ~460 stars; HF model card
  • · Weights CC-BY-NC: research/non-commercial only
  • · User-study figures are author-reported

Sources