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Mixer AIKnowledge BaseComparisonKling 2.6 Motion Control vs Kling 3.0 Motion Control

Kling 2.6 Motion Control vs Kling 3.0 Motion Control

Both Motion Control versions use the same basic workflow in Mixer AI: one image defines the character and one driving video supplies the motion. A direct example shows the same motion rendered in 2.6 and 3.0 side by side.

Key differences

Both accept 1 image plus 1 driving video in Mixer AI and expose 720p/1080p.
In the direct side-by-side, the reviewer saw more accurate movement, expression and facial consistency in 3.0.
A separate 2.6 test shows that good motion transfer can still leave finger errors and a nearly frozen background, so those checks remain relevant.

Specifications

SpecKling 2.6 Motion ControlKling 3.0 Motion Control
Generation modesMotion ControlMotion Control
Input photos1, required1, required
Input videos1, required1, required
Input video length3–30 s3–30 s
Background sourceNofrom photo or video
Minimum duration3 s3 s
Maximum duration30 s30 s
Resolutions720p / 1080p720p / 1080p
Aspect ratiosFollows the inputFollows the input
Prompt limit2,500 characters2,500 characters
Price, 1 s · 1080p≈ 12.21 coins≈ 17.91 coins

Direct 2.6 vs 3.0

Limits visible in the 2.6 tests

What to compare on your own clip

Because the Mixer AI input form is nearly identical for 2.6 and 3.0, a controlled A/B is straightforward: reuse the same image and driving video. Check more than pose matching—inspect the face through turns, fingers, background movement and body edges.

What we compare

FAQ

What is the main observed 3.0 improvement?

In the direct side-by-side, the reviewer primarily called out more accurate movement and better expression/face consistency.

Are the Mixer AI inputs different?

The basic input pattern is the same: one image plus one driving video. Both list 720p/1080p.

See also