🎬

Plask

Video AI motion capture: convert video to 3D animation

Free | Freemium | Paid | Enterprise ⭐⭐⭐⭐☆ 4.3/5 🎬 Video AI 🕒 Updated
Visit Plask ↗ Official website
Quick Verdict

Plask is a web-based video-to-3D motion capture and retargeting tool that converts single-camera footage into editable 3D animation. It’s ideal for indie game developers, animators, and VFX artists who need quick mocap without suits. Pricing starts with a usable free tier and paid Pro/Team plans for commercial exports and collaboration, making it accessible for solo creators and small studios.

Plask is a web-based Video AI tool that converts single‑camera video into 3D motion capture and editable animation. The primary capability is markerless mocap from ordinary smartphone or webcam footage, producing skeleton tracks you can clean, retarget, and export for games or 3D apps. Plask’s key differentiator is its browser-first workflow with direct export to FBX, BVH and glTF and a Blender add-on for pipeline integration. It serves indie developers, animators, and content creators who want affordable mocap without studio hardware. Pricing accessibility includes a free tier and paid Pro/Team plans for commercial use (some prices noted as approximate).

About Plask

Plask is a browser-based motion-capture and character-animation application that positions itself as an accessible alternative to marker-based studio mocap. Launched to bring AI-driven single-camera capture into the hands of independent creators, Plask converts ordinary smartphone or webcam footage into 3D skeletal animation tracks. The core value proposition is to reduce the hardware and time cost of getting usable motion data: upload video, clean and retarget the skeleton, then export to standard formats for games or 3D apps. The product emphasizes a short learning curve and cloud-based processing so users don’t need local GPU compute.

Under the hood Plask offers several concrete features. Its single-camera video-to-mocap engine produces per-frame joint transforms that can be smoothed and trimmed inside the web editor; users can inspect 3D joint positions and timeline keyframes and apply frame-level noise reduction. Exports include FBX, BVH and glTF files ready for Unity, Unreal, or Blender, and Plask provides a Blender add-on to import captured clips and retarget them directly onto Blender armatures. Retargeting tools let you map the captured skeleton to Mixamo-compatible rigs or custom skeletons, adjusting bone mappings, scale, and root motion. The editor also supports basic curve editing and clip blending to stitch multiple takes.

Pricing is tiered with a free entry point and paid plans for heavier commercial use. The Free tier provides limited captures and watermarked or size-limited exports suitable for evaluation and hobby projects. The Pro plan (approx. $15/month) unlocks unlimited captures or higher-resolution exports, removes watermarks, and increases project limits for solo professionals. Team or Business tiers (approx. $49/user/month or custom pricing) add team seats, priority processing, and centralized billing for small studios. Enterprise deals and volume licensing are available as custom contracts for larger studios that need SLAs and on-prem options (pricing noted as approximate where current public figures vary).

Plask is used by game designers, independent animators, and indie VFX teams to accelerate mocap workflows without renting studio time. Example users include a game animator mapping 30–60 second combat moves to Unity character rigs, and a VFX artist generating crowd motion clips for previs work. It fits teams that want direct Blender or Unity integration; for studios needing full-body optical capture accuracy and industry-standard precision, consider dedicated mocap vendors such as Xsens or Rokoko as a comparison reference.

What makes Plask different

Three capabilities that set Plask apart from its nearest competitors.

  • Runs capture and processing in the browser/cloud so users need no local GPU hardware.
  • Provides a dedicated Blender add-on to import and retarget captures directly into Blender.
  • Exports to FBX, BVH, and glTF with Mixamo-compatible mapping for game-engine pipelines.

Is Plask right for you?

✅ Best for
  • Indie game developers who need low-cost mocap for playable character animation
  • Solo animators who want quick single-camera captures for short animation clips
  • Small VFX teams needing previs motion without studio hardware expenses
  • Educational programs teaching animation using affordable markerless mocap
❌ Skip it if
  • Skip if you require studio-grade optical full-body precision and calibrated systems.
  • Skip if you need guaranteed sub-frame motion accuracy for mocap-retargeted film VFX.

✅ Pros

  • Browser-first workflow removes the need for local GPU hardware or capture suits
  • Direct exports to FBX/BVH/glTF and a Blender add-on streamline pipeline handoff
  • Affordable free tier and mid-tier pricing make mocap accessible to solo creators

❌ Cons

  • Single-camera capture is less accurate than marker-based or multi-camera systems
  • Edge cases (occlusion, fast motion) can produce noisy joints requiring manual cleanup

Plask 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 captures, watermarked/low-res exports, 3 projects max Hobbyists and evaluation use
Pro $15/month (approx.) Higher-res exports, remove watermark, increased project quota Solo professionals and indie devs
Team $49/user/month (approx.) Multi-seat, priority processing, team project sharing Small studios needing collaboration
Enterprise Custom SLA, volume licensing, dedicated support and billing Large studios and enterprise customers

Best Use Cases

  • Game animator using it to produce 30–60 second combat move sets for Unity rigs
  • VFX artist using it to generate crowd motion clips for previs sequences
  • 3D content creator using it to convert smartphone dance footage into FBX animations

Integrations

Blender Unity Unreal Engine

How to Use Plask

  1. 1
    Upload a video file
    Click the Upload button on the Plask dashboard and select a smartphone or webcam recording. Aim for a clear single-subject clip; successful upload shows a thumbnail and processing status in the project list.
  2. 2
    Run capture processing
    Press Process or Capture to run the markerless mocap algorithm. Wait for the cloud job to complete; success shows a 3D preview of the skeleton and per-frame thumbnails in the editor.
  3. 3
    Clean and retarget the clip
    Open the clip in the Editor, use trimming and smoothing controls, then choose Retarget to map the skeleton to a Mixamo-compatible or custom rig. Confirm bone mapping and root motion adjustments.
  4. 4
    Export to your engine
    Click Export, choose FBX, BVH or glTF, set frame range and scale, then download. Import the exported file into Unity/Blender/Unreal and verify animation playback on your character.

Plask vs Alternatives

Bottom line

Choose Plask over DeepMotion if you prioritize an in-browser Blender-integrated workflow and simpler export pipeline.

Head-to-head comparisons between Plask and top alternatives:

Compare
Plask vs CopyMonkey
Read comparison →

Frequently Asked Questions

How much does Plask cost?+
Plask pricing starts with a free tier and paid Pro/Team plans. The Free tier allows limited captures and low-res or watermarked exports for evaluation. Paid Pro plans (around $15/month, approximate) remove watermarks, increase project quotas and unlock higher-resolution exports. Team or Enterprise pricing adds seats, priority processing, and custom contracts—contact sales for exact quotes and volume discounts.
Is there a free version of Plask?+
Plask has a Free tier for evaluation and hobby use. The free tier provides limited uploads, evaluation-length captures, and constrained export resolution or watermarks. It’s intended for trying the workflow and making short test clips; commercial work typically requires Pro or Team plans to remove export limits and watermarks.
How does Plask compare to DeepMotion?+
Plask emphasizes an in-browser workflow with a Blender add-on, while DeepMotion focuses on cloud mocap and runtime SDKs. Plask is a good fit when you want quick browser capture and direct Blender integration; DeepMotion can be preferable for real-time SDK needs or when server-side physics integration is required.
What is Plask best used for?+
Plask is best for converting single-camera video into usable 3D animation. Typical uses include indie game motion capture, previsualization for VFX, and rapid prototyping of character moves. It’s most effective for short clips, character animation cycles, and teams that need easy export to FBX/BVH/glTF for engine pipelines.
How do I get started with Plask?+
Start by uploading a clear single-subject smartphone or webcam clip on the Plask dashboard. Process the clip, then open the Editor to trim and smooth joints. Use Retarget to map the skeleton to a target rig and click Export to download FBX/BVH/glTF for import into Unity, Blender, or Unreal.

More Video AI Tools

Browse all Video AI tools →
🎬
Synthesia
Create AI-driven video content with realistic avatars
Updated Apr 21, 2026
🎬
Descript
Edit video and audio by editing text with AI
Updated Apr 21, 2026
🎬
D-ID
Create photoreal talking videos with AI-driven video tools
Updated Apr 22, 2026