# Microsoft TRELLIS vs Tencent Hunyuan3D 2.0: 2026 Empirical Benchmark & Cost Shootout

> **Direct Answer (October 2026 Verdict)**: Microsoft TRELLIS wins for MIT-licensed commercial freedom and versatile Structured 3D Latent (SLAT) decoding that outputs 3D Gaussian Splats, Radiance Fields, and watertight GLB meshes from a single 2B backbone across 14.0k+ GitHub stars (97.9), while Tencent Hunyuan3D 2.0 wins on ultra-crisp hard-surface mesh topology (Hunyuan3D-DiT) and dedicated 4K delighted PBR UV texture maps (Hunyuan3D-Paint) across 15.1k+ GitHub stars (97.7).

- **Category**: Structured 3D Latent (SLAT) Multi-Format Foundation Model vs Two-Stage DiT Geometry & PBR Texture Shootout
- **Canonical URL**: https://exactbaseline.com/vs/trellis-vs-hunyuan3d
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## Microsoft TRELLIS Key Advantages
- 13,984+ GitHub stars under a permissive MIT license, trained on 500,000+ diverse 3D objects using a unified Sparse 3D Transformer
- Single forward latent generation decodes into 3D Gaussian Splats (for 120 FPS rendering) or quad/triangle GLB meshes (for physics engines)
- Supports zero-shot local 3D region inpainting and part-swapping without regenerating the entire mesh

## Tencent Hunyuan3D 2.0 Key Advantages
- 15,144+ GitHub stars combining a 2.6B flow-based shape diffusion transformer (Hunyuan3D-DiT) with a 1.3B mesh-conditioned texture synthesizer (Hunyuan3D-Paint)
- Delights input reference images automatically so generated albedo/normal/roughness PBR UV maps have zero baked-in shadow artifacts
- Includes Hunyuan3D-Turbo distilled weights and native Blender add-on for 1-click viewport asset import