DeepMotion

Overview

DeepMotion is an AI animation platform that specializes in converting 2D video footage into 3D character animations. Founded in 2014, the company offers a web-based service, primarily through its Animate 3D product, that allows users to upload video and receive animated 3D models or motion files. This process, often referred to as markerless motion capture, uses artificial intelligence to analyze human movement in video and apply it to 3D character rigs, aiming to reduce the need for traditional motion capture suits or extensive manual animation processes.

The platform is designed to serve a range of users, from independent game developers and animators to professionals in virtual production. Its primary value proposition is the acceleration of animation workflows by automating the creation of realistic character movements directly from video input. DeepMotion's underlying technology, Motion Brain, processes various human movements, including full-body actions, hand gestures, and facial expressions, translating them into usable 3D animation data. This approach can democratize access to motion capture capabilities, as it requires only a standard camera or smartphone for video input, contrasting with dedicated hardware solutions like those offered by Rokoko.

DeepMotion supports common 3D file formats, such as FBX and USD, for integration into established 3D animation software. This flexibility aims to ensure that the generated animations can be incorporated into existing production pipelines for game engines, visual effects, and other digital content creation tools. The platform includes features for editing and refining the generated animations, such as pose editing and constraint tools, which allow users to adjust the output to better fit specific project requirements. DeepMotion also emphasizes its commitment to data privacy, adhering to regulations such as GDPR.

While various methods exist for generating 3D animation, including procedural animation and keyframe animation, markerless motion capture from video offers a distinct advantage in capturing the nuances of human performance without specialized equipment. This makes DeepMotion a tool for creators seeking to rapidly prototype animations, populate virtual environments, or add realistic movement to digital characters without significant investment in hardware or specialized technical expertise.

Key features

• Animate 3D: Core product for converting 2D video into 3D character animation. Users upload video files to generate motion data for 3D characters.
• Motion Brain: The AI engine powering the animation generation, capable of recognizing and translating human movements from video into 3D motion.
• Full-Body Motion Capture: Generates complete body animations, including complex movements, from standard video sources.
• Hand & Face Tracking: Captures detailed hand gestures and facial expressions from video, allowing for more expressive character animations.
• Motion Editing Tools: Provides features within the platform to refine and adjust generated animations, including pose editing and constraint application.
• 3D File Export: Supports standard 3D file formats such as FBX and USD for compatibility with external 3D software and game engines.
• Multi-Person Tracking: Capable of tracking and animating multiple individuals within a single video frame.
• API Access: Offers programmatic access for integrating DeepMotion's capabilities into custom workflows and applications (available on higher tiers).

Pricing

DeepMotion offers a free tier with limited credits and features, along with several paid subscription plans. Pricing details are current as of May 2026.

For detailed pricing information and current promotions, refer to the DeepMotion pricing page.

Common integrations

DeepMotion primarily integrates with other 3D software through file exports rather than direct API connections for content creation. The animation data generated by DeepMotion can be imported into various 3D applications:

• Game Engines: Exported FBX or USD files can be imported into game engines like Unity and Unreal Engine for character animation in interactive experiences.
• 3D Modeling & Animation Software: Animations can be brought into tools such as Autodesk Maya, Blender, and Cinema 4D for further refinement, rendering, or integration into scenes.
• Virtual Production Suites: The generated motion data can be used in virtual production workflows for real-time character animation in virtual sets.

For specific instructions on integrating exported motion data, users can refer to the DeepMotion documentation.

Alternatives

• Plask: An AI-powered animation tool focused on markerless motion capture and 3D animation editing.
• Move.ai: Offers AI motion capture from video, emphasizing high-fidelity tracking without markers or suits.
• Rokoko: Provides a suite of motion capture tools, including smart suits and camera-based systems.

Getting started

To begin using DeepMotion Animate 3D, the typical workflow involves uploading a video, processing it, and then exporting the resulting 3D animation. The platform is primarily web-based, with integrations occurring via file import/export. The following example outlines the general steps for generating an animation from a video using the DeepMotion web interface:

1. Navigate to the DeepMotion Animate 3D web application: https://www.deepmotion.com/animate-3d
2. Log in to your DeepMotion account. If you don't have one, sign up for the free tier.
3. Click "Upload Video" or "New Project" to begin a new animation task.
4. Select a video file from your local machine. Ensure the video clearly shows the human subject(s) you wish to animate.
   - Recommended video specifications (refer to DeepMotion documentation for specifics):
     - MP4 or MOV format
     - Resolution up to 1920x1080
     - Frame rate 24-60 FPS
     - Clear view of the subject, good lighting, minimal obstructions.
5. Choose your desired character rig or upload a custom character model (e.g., in FBX format).
6. Configure animation settings, such as output frame rate, smoothing, and specific tracking options (full body, hand, face) based on your plan.
7. Submit the video for processing. DeepMotion's AI will analyze the video and generate the 3D motion data.
8. Once processing is complete, preview the animation within the DeepMotion editor.
9. Make any necessary adjustments using the provided editing tools (e.g., pose correction, joint constraints).
10. Export the final animation. Select your preferred format (e.g., FBX, USD) and download the file.
    - The exported file contains the 3D character with the applied motion data, ready for import into other 3D software or game engines.

For API users (available on Pro plans), the process would involve sending video data to DeepMotion's API endpoints and receiving processed animation data programmatically. An example API call might look like a POST request sending a video file and receiving a job ID, followed by polling for job completion and then downloading the animation data. Developers can find more details in the DeepMotion API documentation.