How is motion control different from text-to-video generation?

Text-to-video starts from a written brief. Motion control starts from a source performance, so the generated video can follow its broad timing, gesture, and rhythm while using your character image as the subject. Both are generative tools: a clean source and a review pass are still important when a pose or transition matters.

What types of reference videos work best for motion transfer?

Use a source with one visible performer, clear lighting, limited camera shake, and an uncluttered background. Full-body framing gives the model more pose information than a close-up. Avoid fast cuts, overlapping people, and heavily occluded limbs; check the selected model's duration limit in the editor before uploading.

Which model should I choose: Kling 3.0, Kling 2.6, or Wan 2.2?

Choose based on the controls visible in the editor. Kling 3.0 motion control offers Standard 720p and Pro 1080p output tiers; Kling 2.6 emphasizes motion transfer with audio-oriented controls; Wan 2.2 Fun Control adds prompt guidance for action and expression transfer at 480p or 720p. Compare the current duration, resolution, and credit settings before creating a draft.

What are the input requirements for character images and reference videos?

For character images, use clear, well-lit JPG or PNG files where the character is fully or mostly visible — a real person, illustrated character, 3D render, or brand mascot all work. For reference videos, use MP4 or MOV with a clearly visible performer: up to 10 seconds in image orientation mode and up to 30 seconds in video orientation mode on Kling models, and up to 30 seconds on Wan 2.2. Both inputs upload directly in the browser with no file conversion needed.

Can I preserve the audio from my reference video?

Audio controls are model-specific. Kling models list an original-sound option in the editor — keep it to carry the reference audio into the output, or remove it for a silent render. Review the selected model's available option before generating, and make sure you have the rights to any speech or music in the source.

How long does it take to generate a motion control video?

Generation time varies with the model, duration, quality tier, and current queue. The task status shows live progress while it is processing, and you can return to the workspace to review the result when it is ready.

What resolution and quality options are available?

Kling 3.0 motion control offers two tiers: Standard 720p, optimized for fast iteration, and Pro 1080p, which renders enhanced detail for final output. Kling 2.6 and Wan 2.2 provide their own configurations at different credit cost points. Every result downloads as an MP4 file for review, editing, and the distribution allowed by your plan and source rights.

AI motion control video generator · Kling 3.0 inside

AI Motion Control Video Generator

Motion control AI transfers the performance in a reference video onto your character — upload a clip and a character image, choose Kling 3.0, Kling 2.6, or Wan 2.2, and generate a motion transfer video with orientation, sound, and quality controls shown before every generation.

Motion Control

Your Photo

Click or drag

Front-facing • Single person • Min 340px • Max 3850px • Max 10MB

Reference Video

Click or drag

3-30s • MP4/MOV • Min 340p • Max 100MB

Prompt

Leave blank to use the default prompt.

Try a sample

Quality

Character Orientation

Original Sound

Balance: 0

Cost: 0 credits

No samples yet

We're curating amazing motion templates for you. Check back soon!

Reference video + character image workflowKling 3.0 motion control with a Pro 1080p optionCredit cost shown before every generation

What AI Motion Control Delivers

One reference video supplies the performance and one character image supplies the subject — the motion control AI adapts the movement to your character and returns a video that is ready to review.

Performance-driven motion transfer

The reference video drives the timing, gestures, and rhythm, so the generated motion transfer video follows a real performance instead of random movement. Dance clips, acting takes, and product demos all work as sources.

Your character, your call

A photo, an illustrated avatar, a 3D render, or a brand mascot — the character image guides the appearance while the motion control AI maps the source movement onto it. Use material you have permission to transform.

Up to Pro 1080p output

Kling 3.0 motion control offers Standard 720p for quick drafts and a Pro 1080p tier for sharper final renders; Wan 2.2 Fun Control adds 480p and 720p options with prompt-guided action transfer.

Controls before credits

Orientation, original-sound, and quality options appear in the editor for the selected model, and the exact credit cost is displayed before you generate — no surprises after the render.

How Motion Control AI Transfers Movement

From a source performance to your character's new video — the four things that decide how good a motion transfer looks.

A Reference Video Drives Every Motion Transfer

Everything the character does comes from your source clip: the rhythm of a dance, the gestures of a presentation, the footwork of a product demo. The motion control AI reads the performance and re-plays it with your subject, so a clean source beats a long one — a single visible performer, a steady camera, and full-body framing give the model the clearest signal. Fast cuts, overlapping people, and occluded limbs are the most common reasons a motion transfer needs a second take.

Your Character Keeps Its Identity on Screen

The character image is the star of the output: face, outfit, and proportions come from your upload while the movement comes from the reference. A well-lit, front-facing image where the full body is visible gives the motion control AI the strongest identity cues; heavy shadows, cropped limbs, and extreme poses leave more room for drift. When likeness matters, review the whole clip and rerun with a sharper source image rather than editing around a weak one.

Image or Video Orientation, Up to 30 Seconds

Kling motion control exposes two orientation modes that decide how your character is aligned with the reference performance. Image orientation anchors the output on your character's framing and supports clips up to 10 seconds; video orientation follows the reference camera more closely and extends to 30 seconds. The editor shows the limit for the selected mode before you upload, so the source clip and the mode always match.

Standard 720p Drafts, Pro 1080p Finals

Iterate fast, then render sharp. Kling 3.0 motion control lists a Standard 720p tier for quick drafts and a Pro 1080p tier for final output; Kling 2.6 adds audio-oriented options that can keep the reference sound, and Wan 2.2 Fun Control trades resolution for prompt-guided action transfer at 480p or 720p. Every tier shows its credit cost in the editor before you generate, and every result downloads as an MP4 ready for your editor or feed.

Make a Motion Control Video in Three Steps

No animation software, no rigging — a reference video and a character image are the whole setup.

Upload a reference video

Drop an MP4 or MOV clip with the performance you want to transfer. One visible performer, a steady camera, and full-body framing work best; the editor shows the duration limit for the selected mode before you continue.

Add a character image

Upload a JPG or PNG of the subject — a real photo, an illustration, a 3D render, or a mascot. A front-facing image with the full body visible gives the motion control AI the clearest shape and pose cues.

Pick a model and generate

Choose Kling 3.0, Kling 2.6, or Wan 2.2, review the quality, orientation, and sound options plus the credit cost, then generate. Preview the result and rerun with a cleaner source when a pose needs another pass.

Who Uses AI Motion Control?

From social media creators to indie filmmakers, motion control AI serves anyone who needs character animation without traditional motion capture infrastructure.

Content Creators

Social media creators use motion control AI to produce scroll-stopping character animation content. Record yourself performing a dance or skit, then transfer that motion onto illustrated avatars, fan art characters, or stylized versions of yourself. A single reference video becomes unlimited character variations — post the same choreography with different characters for A/B engagement testing on TikTok, Reels, and Shorts.

Digital Marketers

Marketing teams use motion control to bring brand mascots, spokesperson photos, and product characters to life without hiring actors or building animation rigs. Record a simple presentation or gesture sequence as your reference video, upload the brand character image, and generate motion control videos for ad campaigns, product launches, and social advertising.

Indie Filmmakers

Independent filmmakers leverage motion control AI as a pre-visualization and VFX tool. Transfer actor performances onto CGI characters, test blocking and choreography with character concepts before committing to expensive production shoots, or draft character animation sequences for short films before the final render pass.

Game Designers

Game developers use motion control to prototype character animations by transferring real human motion onto game assets. Record movement references with a smartphone camera, upload your game character sprite or 3D render as the character image, and generate motion control previews that inform your animation pipeline with natural weight shifts and follow-through.

Educators

Educational content creators use motion control AI to animate illustrated characters for lessons, tutorials, and explainer videos. A history teacher can make a historical figure gesture while explaining concepts; a language instructor can animate a character performing sign language from a reference video — no animation software expertise required.

Virtual Character Designers

VTubers, virtual influencers, and avatar designers use motion control to bring their character designs to life with realistic human motion. Upload your original character illustration as the character image, record a reference video of the performance you want, and generate motion control animations that keep your character's design intact while adding natural, expressive movement.

Motion Control AI FAQ

How AI motion control works, which reference videos transfer best, what the models and quality tiers offer, and what to expect from a motion transfer.

AI motion control uses a reference video and a character image to create a new motion transfer video. The source video supplies the performance cues and the image supplies the subject; the selected model generates an adaptation rather than an exact copy of the original performance. Review the result and refine the inputs when movement or appearance needs another pass.

A creator recording a reference performance so the motion control AI can transfer it to an illustrated character

Start Creating Today

Put Your Character in Motion

Upload a reference video and a character image, choose Kling 3.0 motion control with Standard or Pro output, and review your first motion transfer video in minutes — the credit cost is always shown before you generate.

Kling 3.0 with a Pro 1080p optionReference video + character image inputsOrientation and sound controls per modelCredit cost shown before generationMP4 output, ready to edit or post