Select the model you want to generate your video with.
Same orientation as the reference video. Supports up to 30s video generation.
No Watermark
Private
Turn real movement into expressive character performance, with smoother motion, clearer gestures, and support for longer 30-second scenes.
Kling 2.6 Motion Control supports motion that holds together across the entire clip instead of fragmenting over time. This helps motion-based videos feel more intentional and usable for real edits, especially in scenes where continuity affects overall quality.
Kling AI Motion Control preserves facial expression, posture, and gesture more consistently throughout a scene. Characters retain personality across movement, which is particularly noticeable in dialogue-driven clips, performance-style videos, and character-focused storytelling.
Kling AI 2.6 Motion Control handles demanding motion such as dance, action, wide gestures, and fast transitions with stronger structure. Movement remains readable instead of collapsing into visual noise, making it more suitable for creative experiments and energetic edits.
The Kling AI video generator supports longer continuous motion sequences of up to around 30 seconds, which works well for short cinematic moments, narrative clips, and performance scenes that rely on timing and flow rather than fragmented motion.
Getting started with Kling 2.6 Motion Control on VideoMaker.me is designed to fit naturally into a video creation workflow rather than feel like a technical setup. You can explore the feature free while learning how different motion inputs influence the final result.
Start by uploading a short video that contains the movement you want to transfer. Footage with clear body visibility, steady framing, and natural pacing usually produces more usable and visually coherent motion.
Add the character image you want to animate. Images where the face, body structure, and proportions are clearly visible tend to maintain stronger identity and better alignment with the motion.
Generate the video and review the output. Many creators refine results by experimenting with different motion references, adjusting character visuals, and testing variations to better match their creative intent.
Kling VIDEO 2.6 Motion Control was evaluated using an internal benchmark dataset built by the Kling AI team and compared against Wan 2.2 Animate, Runway Act-Two, and DreamActor 1.5 through structured blind preference testing. The assessment covered multiple dimensions of motion quality, including facial expression consistency, dynamic continuity, image stability, motion realism, and overall visual coherence across different character types and styles. According to the reported win–loss ratio, Kling VIDEO 2.6 Motion Control achieved a ratio of 404% when compared with Wan 2.2 Animate, 1667% when compared with Runway Act-Two, and 343% when compared with DreamActor 1.5. These results indicate that evaluators more frequently preferred outputs generated by Kling VIDEO 2.6 Motion Control across a wide range of motion scenarios.
Creators often use Kling 2.6 Motion Control to explore how performances work — breaking down timing, posture, gestures, and movement seen in film and TV. It’s commonly used to recreate iconic performance styles while experimenting with different characters or visual directions.
Kling 2.6 Motion Control is frequently used to reinterpret familiar characters from film and television. Instead of copying visuals, creators reshape character design, style, and identity while keeping believable motion and on-screen presence.
Dance highlights everything about motion quality — rhythm, flow, timing, and body control. Kling 2.6 Motion Control is widely used for choreography-based edits, avatar dance clips, and motion-focused creative experiments where movement itself is the main subject.
When arms, hands, and posture are clearly visible in the motion reference, Kling 2.6 Motion Control tends to preserve structure and movement more reliably. Heavy cropping or missing limbs often reduce alignment quality.
Kling AI Motion Control performs best when the motion video is relatively steady. Strong camera shake, aggressive zooms, or frequent cuts often introduce visual instability in the final output.
When the motion video and character image share a similar camera distance and perspective, Kling AI 2.6 Motion Control usually produces more believable posture and proportions. Large mismatches tend to feel visually off.
The Kling AI video generator tends to handle motion with clear timing — such as walking, dancing, or intentional gestures — more smoothly than chaotic or unpredictable movement.
Small changes to motion footage, character images, or framing often produce noticeably different results when working with Kling 2.6 Motion Control. Testing variations is part of achieving stronger outputs.