<aside> ğŸ›
Monocular Depth Maps - Ready for ControlNet-Union (Depth Mode)
Turn any single photo into a clean grayscale depth map using Depth Anything V1 (Large). No second camera, no special setup, no scene calibration. The output drops straight into ControlNet-Union depth mode and is the standard preprocessor for any image-generation flow that uses depth as structural guidance.
</aside>
Depth Anything Annotator estimates how far away every pixel of a photo is from the camera, and outputs that as a grayscale image - bright pixels are close to the camera, dark pixels are far away. It does this from a single regular photo - no stereo cameras, depth sensors, or multiple viewpoints required (this is called monocular depth estimation). Under the hood it uses Depth Anything V1 (Large), a state-of-the-art depth model trained on roughly 62 million images, and is widely considered the best open-source option for this task. The output is exactly the format ControlNet-Union expects in its depth mode, making this the standard preprocessor for any image-generation flow that uses depth as structural guidance.
Input: Single image
Output: Grayscale depth map

| Model | Depth Anything V1 — Large variant (LiheYoung/depth-anything-large-hf) |
| Architecture | DPT (Dense Prediction Transformer) with a DINOv2 backbone |
| Model size | ~0.3B parameters |
| VRAM footprint | ~1.4 GB |
| Depth type | Relative depth (consistent ordering near-to-far within an image, not absolute distance in meters) |
| Training data | ~62 million images (1.5M labeled + ~62M unlabeled, leveraged with large-scale self-training) |
| Supported Frameworks | Hugging Face Transformers (AutoModelForDepthEstimation, depth-estimation pipeline), Safetensors |
| Provider | Open-source |
| Provider type | Specialized |
| License | Apache 2.0 |
| EU AI Act risk class | Minimal Risk |
| Art. 50 transparency | Not applicable |
| Region availability | Available globally |
| Training data summary | Pending — provider has not yet published per Art. 53(d) |
For more on how we classify models and mark outputs, see our AI Policy.