Stable Fast 3D - Transform single images into detailed 3D assets in just 0.5 seconds

Stable Fast 3D Transform single images into detailed 3D assets in just 0.5 seconds

What is Stable Fast 3D?

Stable Fast 3D represents a breakthrough in 3D asset generation technology, capable of transforming single images into detailed 3D models with unprecedented speed and precision. Built on TripoSR with significant architectural improvements, this innovative solution processes assets in just 0.5 seconds using a GPU with 7GB VRAM.

The technology produces high-fidelity output featuring UV unwrapped meshes and accurate material parameters, with reduced illumination bake-in for superior texture quality. Its efficient processing and comprehensive feature set make it an invaluable tool for various professional applications, supported by robust API integration options and flexible licensing terms.

Features

Processing Speed: Generate 3D assets in 0.5 seconds
Resource Efficiency: Operates on GPU with 7GB VRAM
Output Quality: Detailed UV unwrapped meshes and material parameters
Texture Resolution: Customizable options (512, 1024, 2048 pixels)
Format Support: Accepts JPEG, PNG, and WebP inputs

Use Cases

Gaming asset creation
Virtual reality development
E-commerce product visualization
Architectural visualization
3D modeling automation
Digital content creation
Rapid prototyping

FAQs

What file formats can I use as input for Stable Fast 3D?

Stable Fast 3D accepts JPEG, PNG, and WebP image formats as input.
What are the image size requirements for Stable Fast 3D?

Every side of the input image must be at least 64 pixels, and the total pixel count must be between 4,096 and 4,194,304 pixels.
What is the texture resolution option?

The texture resolution determines the detail level of the albedo (color) and normal maps. Options are 512, 1024 (default), or 2048 pixels. Higher resolution provides more detail but results in larger asset sizes.
What format is the output in?

The output is a binary blob that includes a glTF asset, containing JSON, buffers, and images in the GLB file format.
How many credits does each generation cost?

Each successful generation costs 2 credits. Failed generations are not charged.