hyper3d/rodin

Name: Hyper3D Rodin
Author: hyper3d

Rodin is hyper3d's image-to-3D AI model. Transform photographs into production-ready 3D meshes with accurate geometry and texture mapping.

Input

Prompt(string)

A textual prompt to guide model generation. Required for Text-to-3D mode. Optional for Image-to-3D mode.

Seed(integer)

065535

Seed value for randomization, ranging from 0 to 65535. Optional. Range: 0 to 65535.

Condition Mode(string)

For fuse mode, One or more images are required.It will generate a model by extracting and fusing features of objects from multiple images.For concat mode, need to upload multiple multi-view images of the same object and generate the model. (You can upload multi-view images in any order, regardless of the order of view.) Allowed values: fuse, concat.

Tier(string)

Tier of generation. For Rodin Sketch, set to Sketch. For Rodin Regular, set to Regular. Allowed values: Regular, Sketch.

Use Hyper(boolean)

Whether to export the model using hyper mode. Default is false.

T/A Pose(boolean)

When generating the human-like model, this parameter control the generation result to T/A Pose.

Geometry File Format(string)

Format of the geometry file. Possible values: glb, usdz, fbx, obj, stl. Default is glb. Allowed values: glb, usdz, fbx, obj, stl.

Image URL or upload(array)

Upload

PNG, JPEG, WebP, or GIF · 20 MiB maximum each

URL of images to use while generating the 3D model. Required for Image-to-3D mode. Optional for Text-to-3D mode.

Bbox Condition(array)

An array that specifies the dimensions and scaling factor of the bounding box. Typically, this array contains 3 elements, Length(X-axis), Width(Y-axis) and Height(Z-axis).

Addons(string)

Generation add-on features. Default is []. Possible values are HighPack. The HighPack option will provide 4K resolution textures instead of the default 1K, as well as models with high-poly. It will cost triple the billable units.

Quality(string)

Generation quality. Possible values: high, medium, low, extra-low. Default is medium. Allowed values: high, medium, low, extra-low.

Material(string)

Material type. Possible values: PBR, Shaded. Default is PBR. Allowed values: PBR, Shaded.

Idle

Example output — click Run to generate your own

Production endpoint

Send your first request

OpenAI-compatible endpoint with unified authentication and usage tracking.

POSThttps://api.sandbase.ai/v1/run

Model IDhyper3d/rodin

Input Schema

12 parameters · 1 required · 11 optional

Parameter	Type	Required	Description
`prompt`	string	Required	A textual prompt to guide model generation. Required for Text-to-3D mode. Optional for Image-to-3D mode. · Max length: 1024 · Default: ""
`seed`	integer	Optional	Seed value for randomization, ranging from 0 to 65535. Optional. · Min: 0 · Max: 65535
`tier`	string	Optional	Tier of generation. For Rodin Sketch, set to Sketch. For Rodin Regular, set to Regular. · Options: Regular, Sketch · Default: "Regular" RegularSketch
`TAPose`	boolean	Optional	When generating the human-like model, this parameter control the generation result to T/A Pose. · Default: false
`addons`	string	Optional	Generation add-on features. Default is []. Possible values are HighPack. The HighPack option will provide 4K resolution textures instead of the default 1K, as well as models with high-poly. It will cost triple the billable units.
`quality`	string	Optional	Generation quality. Possible values: high, medium, low, extra-low. Default is medium. · Options: high, medium, low, extra-low · Default: "medium" highmediumlowextra-low
`material`	string	Optional	Material type. Possible values: PBR, Shaded. Default is PBR. · Options: PBR, Shaded · Default: "PBR" PBRShaded
`use_hyper`	boolean	Optional	Whether to export the model using hyper mode. Default is false. · Default: false
`bbox_condition`	integer[]	Optional	An array that specifies the dimensions and scaling factor of the bounding box. Typically, this array contains 3 elements, Length(X-axis), Width(Y-axis) and Height(Z-axis).
`condition_mode`	string	Optional	For fuse mode, One or more images are required.It will generate a model by extracting and fusing features of objects from multiple images.For concat mode, need to upload multiple multi-view images of the same object and generate the model. (You can upload multi-view images in any order, regardless of the order of view.) · Options: fuse, concat · Default: "concat" fuseconcat
`input_image_urls`	string[]	Optional	URL of images to use while generating the 3D model. Required for Image-to-3D mode. Optional for Text-to-3D mode.
`geometry_file_format`	string	Optional	Format of the geometry file. Possible values: glb, usdz, fbx, obj, stl. Default is glb. · Options: glb, usdz, fbx, obj, stl · Default: "glb" glbusdzfbxobjstl

Output Schema

Field	Type	Description
`id`	string	Unique identifier for the generation task
`status`	string	Task status: pending, running, completed, failed, timeout
`model`	string	Model used for the generation
`outputs`	array	Array of output items
`outputs[].url`	string	URL of the generated artifact
`outputs[].content_type`	string	MIME type (e.g. image/png, video/mp4)
`error`	object \| null	Error details if failed, null on success
`error.type`	string	Machine-readable error type code
`error.message`	string	Human-readable error description

Async Workflow

This model uses asynchronous execution. Submit a request and poll for the result.

Submit — POST to /v1/run, receive an id
Poll — GET /v1/run/{id} until status is completed, failed, or timeout
Retrieve — Read outputs from the completed response

Code Examples

Ready-to-run snippets

# Step 1: Submit
curl -X POST https://api.sandbase.ai/v1/run \
  -H "Content-Type: application/json" \
  -H "Authorization: Bearer YOUR_API_KEY" \
  -d '{
  "model": "hyper3d/rodin",
  "tier": "Regular",
  "TAPose": false,
  "prompt": "A futuristic robot with sleek metallic design.",
  "quality": "medium",
  "material": "Shaded",
  "use_hyper": false,
  "condition_mode": "concat",
  "input_image_urls": [
    "https://static.sandbase.ai/examples/hyper3d/rodin/input_input_image_urls_0.png"
  ],
  "geometry_file_format": "glb"
}'

# Step 2: Poll result (replace <id>)
curl https://api.sandbase.ai/v1/run/<id> \
  -H "Authorization: Bearer YOUR_API_KEY"

← Back to Hyper3D Rodin

API README

Hyper3D Rodin

hyper3d/rodin creates a textured three-dimensional asset from a concise object brief and available visual references. Rodin reconstructs a production-oriented 3D asset with geometry and appearance from visual or written guidance, reducing the time needed to block a spatial concept manually. This combination makes the model a practical choice when the creative outcome depends on those qualities rather than on a generic media conversion.

For production work with hyper3d/rodin, the workflow is useful for product concepts, characters, props, collectibles, and environment pieces that need an editable spatial starting point. The result is most reliable when the source material and creative brief clearly describe the intended subject, progression, visual or sonic character, and the qualities that must remain unchanged.

Highlights

3D asset synthesis builds complete geometry rather than only a rendered turntable.

Texture generation gives the reconstructed object a coherent material appearance.

Multi-view reasoning resolves shape and details consistently around the asset.

Downloadable output supports inspection, iteration, and downstream 3D workflows.

Pricing

Billing unit	Price
Per request	$0.4

When to Use

✅ Good fit	❌ Consider alternatives
The model's named workflow matches the source material and intended output	A different input modality or model route is required
A managed asynchronous result is suitable for the production pipeline	A synchronous, interactive editor is essential
The documented controls cover the required duration, framing, or format	The project needs controls outside this endpoint's schema
Creative iteration benefits from a repeatable request structure	Exact deterministic pixels, frames, geometry, or samples are mandatory
A finished downloadable media asset is the desired deliverable	Editable source layers or a native project file are required

Prompt Guide

For generation, state the intended result first, then add the subject or source treatment, progression, style, and delivery constraints. Keep one creative variable per phrase, use the documented field names for controls, and change one setting at a time when comparing results.

{
  "prompt": "A futuristic robot with sleek metallic design."
}

Technical Specs

Spec	Value
Model ID	`hyper3d/rodin`
Inputs	TAPose, addons, bbox_condition, condition_mode, geometry_file_format, input_image_urls, material, prompt, quality, seed, tier, use_hyper
Required inputs	prompt
Output fields	content_type, url
Execution	Async (submit, then poll for result)
Quality	high / medium / low / extra-low