What is Stable Video 3D?
SV3D, Stable Video 3D (SV3D) is a generative model that creates multi‑angled views and 3D meshes from a single image using the Stable Video Diffusion framework. Users can upload an object image and receive high‑fidelity novel views that can be combined into detailed meshes or orbital videos.
The model offers two variants, SV3D_u generates orbital videos without camera conditioning, while SV3D_p supports specified camera paths for more complex video generation. SV3D delivers consistent view synthesis and accurate geometry, improving realism and continuity compared to traditional image‑based models.
It is available for commercial projects through a Stability AI Membership, and non‑commercial researchers can download weights from Hugging Face along with the research paper. Documentation and usage instructions are provided on GitHub, and an active community on Discord, Twitter, and LinkedIn offers additional support.
Designers, 3D artists, game developers, and educational institutions can use SV3D to automate 3D asset creation, accelerate prototyping, or demonstrate generative AI concepts. The workflow requires basic familiarity with 3D modeling and GPU resources.
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Stable Video 3D's key features
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Synthesize multi-angled views from single image
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Generate detailed 3D meshes from views
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SV3D_u: orbital video without camera conditioning
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SV3D_p: video along specified camera paths
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Based on Stable Video Diffusion framework
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Commercial use via Stability AI Membership
Stable Video 3D use cases
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Generate photorealistic 3D assets for VR game environments from a single concept illustration using SV3D, bypassing the need for manual modeling and slashing asset creation time by up to 80%
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Create dynamic orbital videos for product showcases in e-commerce platforms with SV3D's camera‑path video feature, delivering interactive 3D views without complex rigging or rendering pipelines
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Conduct rapid prototyping of architectural visualizations by converting single‑shot building photos into editable 3D meshes with SV3D, enabling architects to iterate designs faster and share interactive models with clients
Who is it for?
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3d artists
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Product designers
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Game developers
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Architects
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Virtual reality creators
