VGGT OmegaTurn Videos & Images into 3D

Upload a video or a set of images. VGGT Omega reconstructs the scene into a 3D point cloud with estimated camera poses — ready to explore, rotate, and download as GLB. No Python. No GPU. No model access request.

01Free · No Sign-Up

02No GPU Needed

03GLB Download · Point Cloud + Camera Poses

What You Can Reconstruct

Six core 3D reconstruction capabilities — from video and images to a complete 3D scene, all in one feed-forward pass.

Video to 3D Point Cloud

Upload any video, and VGGT Omega automatically extracts frames and reconstructs the scene as a dense 3D point cloud. Every point carries real depth information from the original footage — not AI-hallucinated geometry.

Multi-Image 3D Reconstruction

Shoot an object or scene from multiple angles, upload the images, and get a complete 3D reconstruction. Think of it as photogrammetry, powered by a transformer model that sees geometry directly.

Camera Pose Estimation

Every reconstruction includes estimated camera positions and orientations for each input frame. You get extrinsics and intrinsics — useful for VFX match-moving, Gaussian Splatting pipelines, and structure-from-motion workflows.

Depth Map Generation

Alongside the point cloud, VGGT Omega outputs per-pixel depth maps with confidence scores. Use them for depth-aware compositing, fog effects, or as a starting point for further refinement.

Static & Dynamic Scene Support

Unlike most AI 3D tools that only handle single rigid objects, VGGT Omega processes both static environments (buildings, rooms, landscapes) and dynamic footage (people moving, vehicles, natural motion). One model, both modes.

GLB 3D Model Export

Explore the reconstructed scene directly in your browser with our interactive 3D viewer. Rotate, pan, zoom — then download the full GLB file with point cloud and camera poses for use in Blender, Unity, Unreal Engine, or any GLB-compatible tool.

How It Works — 3 Steps, Zero Setup

No installation, no code, no GPU required. Open your browser and start reconstructing in minutes.

Upload Your Video or Images

Drag and drop a video file, or select a set of images from your device. Videos are automatically split into frames at your chosen sampling rate. Supported formats: MP4, MOV, AVI for video; JPG, PNG, WebP for images. Your files are processed in memory and not stored permanently. No account needed.

Adjust Settings (Optional) & Click Reconstruct

Fine-tune the output with simple sliders — confidence threshold, max point count, and optional filters for sky, black, or white backgrounds. Or just leave the defaults and hit Reconstruct. Inference runs on our dedicated GPU. Typical processing takes under 2 minutes.

Explore & Download Your 3D Model

The reconstructed 3D scene appears in the interactive viewer. Rotate, pan, and zoom to inspect the point cloud and camera poses from every angle. Toggle camera frustums on or off. When you are ready, click Download to save the full GLB file — ready to import into Blender, Unity, Unreal Engine, or any 3D software that supports GLB.

Who Uses VGGT Omega?

From game developers to architects — see how creators across different fields use VGGT Omega to turn the real world into 3D.

Game Developers & VFX Artists

Need quick 3D reference geometry from real-world footage? Upload a video walkthrough of a location, and VGGT Omega gives you a textured point cloud with accurate camera paths. Use it as a block-out reference, match-moving guide, or starting point for your 3D asset pipeline — no LIDAR scanner or photogrammetry rig required.

Architects & Real Estate Professionals

Capture a property walkthrough video on your phone, upload it, and get a 3D reconstruction of the space in minutes. Share the interactive GLB with clients or import it into your BIM software. Faster than traditional laser scanning, and you do not need specialized hardware.

E-commerce & Product Designers

Shoot a product from multiple angles — front, side, back, top — and reconstruct it as a 3D point cloud. Export the GLB for your online store's 3D product viewer, or use the depth maps as masks for compositing product shots onto lifestyle backgrounds.

Cultural Heritage & Academic Research

Digitize artifacts, sculptures, or archaeological sites from photo collections. VGGT Omega's feed-forward architecture handles hundreds of images efficiently, making it practical for large-scale documentation projects where traditional photogrammetry pipelines would take hours per object.

Gaussian Splatting Enthusiasts

Use VGGT Omega to generate initial camera poses and a sparse point cloud, then feed the output directly into your Gaussian Splatting pipeline (e.g., 3D Gaussian Splatting, SuGaR, or 2DGS). Skip the slow COLMAP pre-processing step and get to splatting faster.

Frequently Asked Questions

What is VGGT Omega?

VGGT Omega (VGGT-Ω) is a feed-forward 3D reconstruction model that turns video or images into 3D point clouds, depth maps, and camera poses — all in a single pass, without per-scene optimization. It was developed by Meta AI and the Visual Geometry Group at the University of Oxford, and was recognized with an Oral presentation at CVPR 2026.

Is VGGT Omega free to use online?

Yes. This online tool is completely free to use. Upload your video or images, reconstruct, and download the 3D model — all at no cost. No credit card required. No trial period that expires.

Do I need to create an account or sign up?

No. You can start using VGGT Omega immediately — no registration, no email verification, no account creation. Just upload and reconstruct.

Do I need a GPU or special hardware?

No. Everything runs on our cloud GPU. You only need a web browser and an internet connection. Whether you are on a laptop, desktop, or tablet — the heavy computation happens on our servers, not your device.

What file formats can I upload and download?

Upload: MP4, MOV, AVI for video input; JPG, PNG, WebP for image input. Download: GLB (GL Transmission Format Binary) — compatible with Blender, Unity, Unreal Engine, Three.js, and most 3D software. The GLB file contains the reconstructed point cloud and estimated camera poses.

How long does 3D reconstruction take?

Processing time depends on the number of input frames and your chosen point density. For a typical 30-second video sampled at 1 FPS (30 frames) with default settings, reconstruction takes approximately 1-2 minutes. Higher frame counts or max point settings increase processing time proportionally.

How accurate is VGGT Omega compared to COLMAP or RealityCapture?

VGGT Omega is a feed-forward model — it produces results in a single forward pass without per-scene optimization. Traditional tools like COLMAP and RealityCapture run iterative optimization (bundle adjustment, dense matching), which can produce finer geometric detail for high-quality input data. VGGT Omega's strength is speed and automation: it works on casual videos and photo sets where traditional tools would struggle with initialization, and it produces usable results in minutes rather than hours. For applications requiring survey-grade accuracy, traditional photogrammetry tools remain the gold standard.

Can I use the 3D models commercially?

VGGT Omega's model weights are released under a CC-BY-NC-4.0 license (non-commercial). For the output generated through this online tool, please refer to our Terms of Service. If you have commercial licensing needs, contact us.

Is my uploaded data private? Are my files stored?

Your uploads are processed in memory for the duration of reconstruction and are not permanently stored on our servers. We do not use your uploaded content to train models. Files are automatically deleted after processing. See our Privacy Policy for full details.

What is the maximum video length or number of images I can upload?

The tool currently supports videos up to 5 minutes and up to 200 images per reconstruction. If you need to process longer videos or larger image sets, consider splitting them into smaller segments, or contact us for enterprise options.

How is VGGT Omega different from the original VGGT?

VGGT Omega uses only ~30% of the GPU memory of its predecessor during training, enabling training on 15× more data. This leads to substantially better reconstruction accuracy and adds support for dynamic scenes. The model also introduces register attention — a more efficient way to aggregate global scene information — and can optionally align its representations with language for vision-language tasks.

Can I run VGGT Omega locally on my own machine?

Yes. The model weights and code are open-source on GitHub (facebookresearch/vggt-omega). You will need a GPU with sufficient memory (benchmarked on NVIDIA A100) and the ability to install Python dependencies. If you prefer not to set up a local environment, this online tool gives you the same model — no code, no GPU, no setup.

Ready to Start Reconstructing?

Upload a video or images, get a 3D point cloud with camera poses in minutes. No sign-up, no GPU, no model access request — just open your browser and go.

Start Free Reconstruction

About VGGT Omega Online

VGGT Omega (VGGT-Ω) is a state-of-the-art AI model that turns videos and photos into 3D reconstructions. Unlike AI 3D generators that create meshes from text prompts, VGGT Omega performs feed-forward 3D reconstruction: it takes your real video or photos and estimates the actual 3D geometry of the scene — producing a point cloud, depth maps, and camera poses all in one pass. No per-scene optimization. No manual calibration. Just upload and reconstruct. The model was developed by researchers at Meta AI and the University of Oxford and was recognized with an Oral presentation at CVPR 2026. Traditional 3D reconstruction tools like COLMAP require careful photography, manual parameter tuning, and powerful local hardware. VGGT Omega makes this process fast, automatic, and — with this online tool — accessible to anyone with a browser.