TripoSR
Free planAn open-source, ultra-fast image-to-3D reconstruction model
An open-source single-image-to-3D reconstruction model jointly developed by Tripo AI and Stability AI. It generates a 3D mesh from a single image in under a second and can be run locally.
vs. similar tools: Its key differentiator is being open source under the MIT license, free for commercial use, with inference in under a second on a GPU.
Pricing
| Plan | Monthly price | Limits |
|---|---|---|
| Open Source | $0/mo | MIT 라이선스, 자체 GPU 자원 필요, 상업적 사용 가능 |
Specs
- 출력 포맷
- OBJ
- 리깅
- 미지원
- 텍스처
- 미지원
AI Score
Computed by AI from public info and internal criteria (not a measured benchmark)
Overall score
Category average -5Not a measured benchmark — this is a score computed by AI based on information published on the web and internal evaluation criteria.
Popularity
Buzz and recognition within the same category (not a quality score)
Relative score within category
- Domain authority7.8 / 10
- Hacker News buzz12 pts
- GitHub stars★ 6,554
A buzz metric computed by normalizing public signals — GitHub stars, Hacker News mentions, domain authority, and more — per category. Popularity is a different axis from quality and can disadvantage new or niche tools, so we use it only as a supplementary indicator. Collected: 2026-05-31.
Related tools
By AI score
- Meshy
Its strength is delivering high-quality PBR texture generation plus automatic rigging and animation, all on a single platform.
- Tripo AI
Its key differentiators are industry-leading generation speed and clean mesh quality that's ready to drop straight into a game.
- Rodin (Hyper3D)
Photorealistic output quality, high-resolution textures, and a credit model that only charges on download set it apart.
- Scenario
Its core advantage is custom model training that keeps a project's signature art style consistent while mass-producing assets.
- Sloyd
What sets it apart is instantly tuning hundreds of parametric templates with sliders to produce game-ready assets with clean topology and automatic UVs.
Compare TripoSR
Last updated: 2026-05-30
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