Kling 4.0 Motion Control

Upload your character portrait, supply a reference dance or action video, and generate fluid motion-controlled scenes while locking facial identity.

The character actions in the generated video are consistent with the reference video. Supports .mp4/.mov, 3.5-30 seconds duration depending on Character Orientation.

0/2500
Video Mode
720p
1080p
Character Orientation
video
image

[Controls character's orientation. 'image': same orientation as the person in the picture (max 10s video). 'video': consistent with the orientation of the characters in the video (max 30s video).]

Keep Original Sound
Yes
No

Whether to keep the original sound of the video.

The generated video will appear here.

You can view your videos from the "My Creations" menu.

What Can You Create with Kling 4.0 Motion Control?

Transfer Complex Choreography with Precision Motion Extraction

Need to replicate intricate choreography without hiring professional stunt performers? Upload any dance or athletic clip, and our video model extracts limb trajectories and kinetic timing frame by frame. Your stylized character then performs the exact sequence with realistic momentum. You eliminate days of manual keyframing while keeping fluid physical cadence throughout the entire shot.

    Lock Character Facial Identity Through Multi-Angle Element Binding

    Filmmakers often struggle when characters turn away from the camera, resulting in severe facial morphing. Our video generator links facial geometry across rotational angles using multi-reference element binding. Even during sudden head turns or dramatic shifts in perspective, recognizable facial structures remain stable. You gain production-ready consistency without unpredictable identity drifting across extended takes.

      Decouple Cinematic Camera Angles from Driving Subject Movement

      Cinematic storytelling requires flexible composition, yet traditional motion transfer locks the camera to the reference footage. Our AI model separates the subject's physical motion from background camera dynamics. You describe sweeping dolly shots, Dutch angles, or overhead views in your text prompt while the character executes the reference action. Creators secure tailored camera direction without re-shooting live reference clips.

        Preserve Natural Expressions Across Dynamic Face Occlusion

        Subtle micro-expressions easily collapse when hands, props, or costumes temporarily block the face during intense dialogue. The generator remembers character landmarks and reconstructs facial clarity the moment the occlusion clears. Actors smile, frown, and speak without visual distortion or muddy textures. You produce nuanced performance videos where emotional authenticity stays intact from opening to closing frames.

          Maintain Grounded Biomechanics Across High-Speed Action Sequences

          Fast-paced martial arts and acrobatic sequences often produce floaty, unnatural ragdoll artifacts in standard AI animations. Our video model calculates joint leverage, inertia, and ground contact points directly from source video timing. Feet plant firmly on the terrain while fabric and hair react naturally to simulated velocity. Animators build believable combat sequences without manual physics adjustments.

            Animate Diverse Visual Styles Using Adaptive Skeletal Alignment

            Stylized cartoon figures, historical portraits, and 3D concept characters have varied physical proportions that often deform under rigid motion rigs. The editor aligns reference motion vectors to unique character proportions without stretching anatomical boundaries. Broad-shouldered warriors or slender storybook figures move naturally while preserving their visual aesthetic. You expand creative freedom across varied artistic formats with dependable kinetic results.

              Technical Advantages Behind Kling 4.0 Motion Control

              Explore the algorithmic fidelity, temporal consistency, and architectural control separating our motion-driven video generator from conventional video diffusion models.

              Dual-Stream Motion Decoupling

              The video model isolates skeletal trajectory data from surface texture layers, allowing unconstrained environmental manipulation. Creators modify scene lighting and backdrop geometry without interfering with underlying body kinetics.

              Temporal Facial Identity Anchor

              Proprietary multi-point facial registration stabilizes facial landmarks across full 360-degree head rotations. Your character maintains consistent identity across dynamic tracking shots without temporal flicker or face-swapping artifacts.

              Biomechanical Physics Fidelity

              Kinetic algorithms interpret real-world momentum, footstep friction, and joint limits directly from driving video clips. Animated characters carry tangible physical weight, avoiding the weightless floating common in standard diffusion models.

              Occlusion-Resistant Landmark Memory

              Deep contextual awareness reconstructs obscured facial and hand details whenever props pass across the camera frame. The generator restores character features smoothly without flickering or anatomical tearing.

              Sub-Pixel Latent Clarity

              High-resolution frame synthesis delivers crisp 1080p output with refined hair strands and skin textures. Each rendered sequence provides production-grade visual polish suitable for commercial marketing pipelines.

              Lightweight Browser Workflow

              Cloud-rendered processing runs directly in your web browser without demanding local GPU hardware or software installations. Creators upload source media, adjust parameters, and review generation queues inside an intuitive creative interface.

              Application Scenarios for Motion-Driven Video Production

              Discover high-impact production moments where precise motion control streamlines commercial workflows, previsualization, and digital storytelling.

              Directing Branded E-Commerce Video Ads

              Turn static studio model photography into engaging product demonstration videos by borrowing natural movements from pre-recorded talent footage. Marketing teams scale customized promotional content across multi-channel campaigns without coordinating expensive on-location video reshoots.

              Indie Film Action Previsualization

              Map intricate fight choreography from handheld rehearsal videos onto customized character concept designs before arriving on set. Directors and stunt coordinators test camera perspectives, blocking, and narrative pacing while avoiding costly production delays.

              Scaling Virtual Creator Social Channels

              Animate custom digital avatars and illustrated personas using viral dance or comedic gesture clips recorded on smartphones. Content creators maintain an active social media schedule across TikTok and Instagram without appearing on camera themselves.

              Pitching Dynamic Game Concept Prototypes

              Bring stationary 2D and 3D character art into fluid motion to demonstrate character movement styles to production executives. Concept artists transform static concept pitch decks into compelling visual previews that clearly communicate artistic intent.

              Producing Episodic Micro-Drama Series

              Retain consistent actor likeness across dramatic multi-scene sequences where characters face varying emotional tensions and complex blocking. Creators produce fast-paced narrative episodes with dependable continuity from dialogue exchanges to climactic motion sequences.

              Creating Theatrical and Cosplay Previews

              Test how stylized historical garments or fantastical costume designs move during physical performances before building physical outfits. Costume designers evaluate garment drape, dynamic silhouettes, and movement feasibility during early creative development.

              How to Create with Kling 4.0 Motion Control

              Step 1

              Upload Character Image

              Select a clear portrait or full-body character image defining your subject's appearance, clothing, and artistic style.

              Step 2

              Provide Reference Video and Set Prompts

              Upload a driving video clip containing your desired movement, then enter descriptive text prompts to specify camera angles, lighting, and scene environment.

              Step 3

              Review Motion Consistency and Export

              Preview the motion-transferred video output, inspect facial fidelity across dynamic angles, and download your high-definition video for editing or publishing.

              Frequently Asked Questions About Kling 4.0 Motion Control