3D Co-Pilot: Quick Start Guide
This guide walks you through the basics of using the Co-Pilot tool, from creating an image gallery to generating your first 3D model.
What is the 3D Co-Pilot?
Co-Pilot is a node-based tool that helps you quickly turn reference images into production-ready 3D models. By automatically removing backgrounds, streamlining image-to-model workflows, and giving you a clear visual pipeline, it makes 3D asset creation faster and easier.
1. Upload your image
Start by creating an Image Gallery node.
Upload between 1–9 images at a time.
When uploaded, Co-Pilot will automatically remove the background, replacing it with white.
Workflow Rule: Once an Image Gallery node has been added, no more additional images can be added to that node. To add new inputs, create a new Image Gallery node.
2. Connect to an output node
After creating your gallery, choose where to send it:
3D Model Node → generates a 3D model from your images.
Ortho Node → creates another image gallery.
Connect the nodes by dragging from the gallery to your chosen output.
3. Generate a 3D model
Once connected to a 3D Model Node, Co-Pilot will:
Begin the generation process.
You can select between High Poly or Low Poly. Make sure this is selected before you connect to an Image Node.
Provide a preview of the finished model.
Allow you to download your 3D model directly.
4. Add more images
To experiment with new inputs, create another Image Gallery node.
Upload a fresh set of images and connect them to a new 3D Model node.
Each image set produces its own unique model.
✅ You’re ready to go! With Co-Pilot you can:
Upload concept art/images.
Auto-remove backgrounds.
Generate 3D base models.
Explore variations with new inputs.
🌟 Best Practices
To get the most out of Co-Pilot, keep these tips in mind:
Use clean reference images → clearer inputs mean cleaner outputs.
Organize your nodes → keep your gallery and model nodes visually separated for easier navigation.
Experiment often → try different image sets to explore variations and improve results.