> ## Documentation Index
> Fetch the complete documentation index at: https://docs.comfy.org/llms.txt
> Use this file to discover all available pages before exploring further.
# Tripo P2: Quad Topology 3D Model Generation in ComfyUI
> Generate production-ready 3D models with Tripo P2 partner nodes in ComfyUI: native quad topology, face budgets up to 50,000, and texture levels from 2K to 8K.
Tripo P2 is Tripo's P-series 3D generation model that outputs native quad-topology meshes. Where traditional text-to-3D and image-to-3D models return triangle meshes, Tripo P2 builds geometry from four-sided faces with clean edge loops around joints and even density on flat surfaces. Quads deform predictably under a rig, subdivide cleanly, and are the standard input for retopology-heavy pipelines in games, film, and product visualization.
Tripo P2 supports three input modes: text to model, single image to model, and multiview to model (front, left, back, and right references). Mesh budgets reach 50,000 triangles, or 25,000 quads in quad mode. Texture output is tiered: standard at 2K, detailed at 4K, extreme at 8K, with PBR maps (metallic, roughness, normal) available alongside the base color.
In ComfyUI, the P2 nodes work like the rest of the Tripo partner nodes: add the node, provide your input, and the workflow handles texturing, rigging, conversion, and export automatically. No local GPU or model download is required.
To use the Partner Nodes, you need to ensure that you are logged in properly and using a permitted network environment. Please refer to the [Partner Nodes Overview](/tutorials/partner-nodes/overview) section of the documentation to understand the specific requirements for using the Partner Nodes.
Make sure your ComfyUI is updated.
* [Download ComfyUI](https://www.comfy.org/download)
* [Update Guide](/installation/update_comfyui)
Workflows in this guide can be found in the [Workflow Templates](/interface/features/template).
If you can't find them in the template, your ComfyUI may be outdated.
If nodes are missing when loading a workflow, possible reasons:
1. You are not using the latest ComfyUI version (Nightly version)
2. Some nodes failed to import at startup
* [Cloud](https://cloud.comfy.org) will update after ComfyUI stable release.
So, if you find any core node missing in this document, it might be because the new core nodes have not yet been released in the latest stable version. Please wait for the next stable release.
## What Tripo P2 is good at
* **Native quad topology**: quad meshes with clean edge flow, ready for rigging and animation without manual retopology
* **Large mesh budgets**: 48 to 50,000 triangles, or 48 to 25,000 quads in quad mode
* **Tiered texturing**: standard (2K), detailed (4K), or extreme (8K) base color textures, with optional PBR maps
* **Three input modes**: text prompts, a single reference image, or up to four multiview images (front, left, back, right)
Pricing depends on the selected texture level. See [Pricing](/tutorials/partner-nodes/pricing) for details.
## Tripo P2: Text to Model
Generate a 3D model from a text description. Tripo P2 first draws a concept image from the prompt (controlled by `image_seed`), then models the geometry from it.
Open in Comfy Cloud
Download JSON or search "Tripo P2: Text to Model" in Template Library
### Steps to Run
1. **Enter your prompt**: describe the 3D model in the **Tripo P2: Text to Model** node (up to 1024 characters). A negative prompt is available in advanced options
2. **Choose the texture level**: `standard` (2K), `detailed` (4K), `extreme` (8K), or `none` for an untextured mesh
3. **Toggle quad output**: with `quad` enabled the mesh returns as FBX; disabled it returns as GLB
4. **Set the face limit**: target face count between 48 and 50,000 (48 to 25,000 with quad), or leave at -1 to let Tripo choose
5. **Click Queue**: press `Ctrl+Enter` to generate
After generation, the workflow automatically textures the model (**TripoTextureNodeV2**), rigs it (**TripoRigNode**), applies a preset animation (**TripoRetargetNode**), and converts the result (**TripoConversionNode**) before saving.
### Quad output note
When `quad` is enabled, connect **Save 3D** to the FBX output slot. When `quad` is disabled, use the GLB output slot.
## Tripo P2: Image to Model
Generate a 3D model from a single reference image.
Open in Comfy Cloud
Download JSON or search "Tripo P2: Image to Model" in Template Library
### Steps to Run
1. **Upload a reference image**: load a front-view image of your subject with the **LoadImage** node
2. **Choose the texture level**: `standard`, `detailed`, `extreme`, or `none`
3. **Toggle quad output**: FBX when enabled, GLB when disabled
4. **Set texture alignment**: `original_image` matches the input image's colors, `geometry` fits the textures to the generated shape (advanced options)
5. **Click Queue**: press `Ctrl+Enter` to generate
### Input tips
* Low-resolution or low-quality images can be enhanced before modeling with the `enable_image_autofix` advanced option
* `align_image` orientation rotates the model to the viewpoint of the input image (advanced options)
## Tripo P2: Multiview to Model
The multiview node accepts up to four images: a required front view plus optional left, back, and right views. It is available on the same **Tripo P2** node family in the Node Library; connect your reference images to the view slots and follow the same texture and quad options as above.
## Node options reference
Options shared by all three P2 nodes:
| Option | Values | Default | Notes |
| ------------ | ------------------------------------ | -------- | ------------------------------------------------------------------ |
| `quad` | on / off | off | Quad mesh as FBX when on, triangle mesh as GLB when off |
| `face_limit` | 48 to 50,000 (25,000 with quad) | -1 | Target face count; the result can exceed it |
| `texture` | standard / detailed / extreme / none | standard | 2K / 4K / 8K base color; none returns an untextured mesh |
| `pbr` | on / off | on | Metallic, roughness, and normal maps; ignored when texture is none |
| `model_seed` | 0 to 2147483647 | 42 | Seed for the geometry |
Advanced options include `texture_seed`, `auto_size` (real-world scale in meters), `export_uv`, and `compress_geometry` (Meshopt compression; compressed meshes are much smaller but cannot be previewed in ComfyUI's 3D viewport).