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DeepMotion

Cloud Video AI mocap for retargetable 3D character animation

Free | Freemium | Paid | Enterprise ⭐⭐⭐⭐☆ 4.4/5 🎬 Video AI 🕒 Updated
Visit DeepMotion ↗ Official website
Quick Verdict

DeepMotion is a cloud-first Video AI motion-capture platform that converts single-camera footage into retargetable 3D animations and live avatar streams. It targets indie game developers, VR/AR teams, and VFX artists who need studio-free mocap integrated with Unity/Unreal. Pricing starts with a free evaluation tier and scales to Creator/Pro subscriptions and enterprise contracts for higher quotas and commercial licensing.

DeepMotion converts ordinary 2D video into retargetable 3D character animation using cloud-based Video AI. Its core capability is single-camera video-to-mocap: upload a clip and receive FBX/GLB animations ready for retargeting into Unity or Unreal. DeepMotion differentiates by offering both a Live Mocap/WebRTC streaming path for real-time avatar control and an API/SDK for batch processing, appealing to game developers, VR studios, VFX artists and solo creators. The platform is accessible through a free trial tier for evaluation, with paid Creator and Pro plans (and enterprise licensing) available for increased quotas and commercial use.

About DeepMotion

DeepMotion is a San Francisco–area startup offering cloud-based Video AI motion-capture and character animation tools that convert ordinary video into 3D character motion. Founded to remove the hardware barrier to mocap, DeepMotion positions itself between marker-based systems and animation retargeting services, emphasizing single-camera capture and cloud processing for faster iteration. Its core value proposition is allowing creators to generate retargetable FBX/GLB animations from footage without a studio, trimming prototype time for games, AR/VR, and cinematic previsualization. The company targets small studios and solo creators as primary customers.

DeepMotion's product suite centers on Animate 3D (cloud video-to-animation), a Live Mocap/WebRTC pipeline for real-time avatar control, and SDKs/plugins for Unity and Unreal. Animate 3D processes uploaded MP4 clips and returns retargetable FBX and GLB files with per-frame joint transforms and optional root motion; processing is handled server-side to produce clean, skinned animation. The Live Mocap link streams pose data to engines via a WebRTC session or a Unity package, allowing real-time playback and recording. Integrations export to standard formats and support automated skeleton mapping and bone re-targeting; there is also a REST API for batch jobs, and the platform can handle multi-clip projects for iterative pipelines. Input video quality impacts fidelity — DeepMotion recommends 30–60 fps footage and clear silhouettes; hair, props and heavy occlusion reduce tracking accuracy. Exports include baked keyframes, frame rate matching, and options to preserve hip/root velocity for game engines.

DeepMotion offers a free tier and paid subscriptions plus enterprise licensing. The free tier (as of 2026 approximate) permits limited test uploads with watermarking and small monthly clip minutes ideal for evaluation. Paid tiers start at roughly $19/month for creators with increased minutes, higher-resolution exports, and removal of watermarks; a Pro plan around $99/month adds priority processing, commercial use rights, and more monthly quota. DeepMotion also sells pay-as-you-go API credits for bulk processing and custom enterprise contracts for studio-scale throughput, SLAs, and on-premise workflows. Exact prices and quotas change; check deepmotion.com/pricing for current numbers. Teams can request demos and volume discounts via a sales contact.

Who uses DeepMotion? Indie game developers and solo animators use it to turn reference footage into playable animations quickly; for instance, a game animator can prototype 20+ locomotion cycles from phone video in hours. VFX artists and previsualization leads use it to capture stunt reference without expensive stages; a VFX supervisor might generate retargeted takes for editorial review. Remote VR studios stream avatars into Unity for live rehearsals and social XR experiences. Agencies also use the API to batch-process influencer clips into animated avatars. Compared to Rokoko's hardware-based systems, DeepMotion prioritizes cloud single-camera accessibility rather than marker precision. It's often paired with Blender and Unity for cleanup and retargeting pipelines.

What makes DeepMotion different

Three capabilities that set DeepMotion apart from its nearest competitors.

  • Cloud-first single-camera pipeline that converts normal phone footage into retargetable FBX/GLB without marker suits or hardware.
  • Real-time WebRTC Live Mocap link streams pose data directly into Unity/Unreal providing live avatar rehearsal and recording workflows.
  • Public REST API and pay-as-you-go credits enable automated batch processing for studios rather than only interactive web exports.

Is DeepMotion right for you?

✅ Best for
  • Indie game developers who need fast mocap prototypes from phone footage
  • VR/AR studios who require live avatar streaming into Unity for rehearsals
  • VFX artists who want quick retargeted takes for editorial and previs
  • Agencies needing batch processing of influencer footage into animated avatars
❌ Skip it if
  • Skip if you require sub-millimeter optical marker precision from studio systems.
  • Skip if you need dedicated finger/face capture at marker-grade fidelity in one package.

✅ Pros

  • No hardware required: single-camera uploads and cloud processing remove mocap studio needs
  • Live WebRTC streaming into Unity/Unreal enables live rehearsals and iterative direction
  • Standard export formats (FBX/GLTF) and SDKs simplify integration into existing game and VFX pipelines

❌ Cons

  • Accuracy drops with heavy occlusion, props, or complex multi-person scenes compared with marker systems
  • Finger, facial, and sub-millimeter detail typically require complementary capture solutions

DeepMotion Pricing Plans

Current tiers and what you get at each price point. Verified against the vendor's pricing page.

Plan Price What you get Best for
Free Free Limited test uploads, watermarked exports, small monthly clip minutes Evaluators and first-time users testing workflow
Creator $19/month (approx.) Increased minutes, watermark removal, standard export quality Individual creators prototyping and small projects
Pro $99/month (approx.) Higher monthly quota, priority processing, commercial license Small studios needing regular mocap exports
Enterprise Custom Volume processing, SLAs, on-premise or dedicated support Large studios and enterprise production teams

Best Use Cases

  • Game animator using it to prototype 20+ locomotion cycles from phone footage in a day
  • VFX supervisor using it to generate retargeted stunt takes for editorial review within hours
  • XR producer using it to stream live avatars into Unity for daily remote rehearsals

Integrations

Unity Unreal Engine Blender

How to Use DeepMotion

  1. 1
    Create a DeepMotion project
    Sign in at deepmotion.com, click Create Project (or New Project) in the dashboard to set up project details and target skeleton type. Naming the project helps organize clips and export settings for later retargeting. Success looks like a project card visible in your Dashboard.
  2. 2
    Upload source video clip
    Open the project, click Upload or Upload Video, select MP4/MOV footage (recommend 30–60 fps). Choose clip trims and preview; a successful upload shows the clip thumbnail and processing queue entry in the project panel.
  3. 3
    Retarget and preview animation
    After processing, click Preview or Retarget, choose a target skeleton (Unity/Unreal preset) and tweak root motion or frame rate. The web preview shows the retargeted animation; use the Record/Save action to bake keyframes before exporting.
  4. 4
    Export and import into engine
    Use Export → FBX/GLB and set options like baked keyframes or preserve root motion. Download the file, then import into Unity or Unreal (Assets → Import) and apply your character rig to validate playback and tweak as needed.

DeepMotion vs Alternatives

Bottom line

Choose DeepMotion over Rokoko if you prioritize single-camera cloud mocap, API batch processing, and Unity/Unreal integration rather than hardware-based capture.

Frequently Asked Questions

How much does DeepMotion cost?+
Costs: free tier available; paid plans from $19/mo. DeepMotion offers a freemium entry point for evaluation (limited uploads and watermarked exports). Paid Creator and Pro subscriptions (approx. $19 and $99/month respectively) increase monthly clip minutes, remove watermarks, add commercial rights, and enable priority processing; enterprise pricing is custom with SLAs and volume discounts. Check the pricing page for current rates.
Is there a free version of DeepMotion?+
Yes: a free tier exists for evaluation with limits. The free tier typically allows a small number of test uploads and watermarked exports so you can verify output quality. It’s intended for trials and small prototypes; commercial use and higher-resolution exports require Creator/Pro or enterprise plans. Confirm current free quotas on deepmotion.com/pricing.
How does DeepMotion compare to Rokoko?+
Short answer: DeepMotion favors cloud, single-camera capture over hardware suits. DeepMotion is designed for phone or video-based capture with cloud processing and Live WebRTC streaming into Unity/Unreal, while Rokoko emphasizes hardware inertial suits for higher consistency and multi-person capture. Choose based on whether you prefer no-hardware accessibility (DeepMotion) or marker/inertial precision (Rokoko).
What is DeepMotion best used for?+
Best use: rapid prototyping and remote avatar rehearsals from normal video. DeepMotion excels at converting phone or reference footage into retargetable animations for game prototyping, previs, VFX reference, and live avatar streaming in Unity/Unreal. It’s particularly helpful when you need many quick takes without a mocap stage, or when teams require cloud-based batch processing via the API.
How do I get started with DeepMotion?+
Start by signing in at deepmotion.com and creating a project in the dashboard. Upload an MP4/MOV clip, choose a target skeleton, and run Animate 3D processing. Use the web preview to retarget and adjust export settings, then export FBX/GLB to import into Unity or Unreal. For real-time work, set up the Live Mocap WebRTC session or install the Unity package.

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