Six modes, one model
Kling O3 is Kling AI’s most capable unified model — designed to handle every stage of a production workflow in a single system. Six distinct generation modes (text-to-video, image-to-video, video-to-video, frames-to-video, motion control, and reference-to-video) eliminate the need to switch between models for different tasks. The advanced physics engine is the headline capability that separates Kling O3 from earlier models: gravity, balance, deformation, collision, and inertia are all simulated accurately. Characters fall with real weight, water flows with physical plausibility, and rigid objects interact with correct momentum.Capabilities
Advanced physics engine
Simulates gravity, balance, deformation, collision, and inertia — objects fall, splash, and interact with physical accuracy rarely seen in generative video.
1080p at 60 FPS
1080p resolution at 60 frames per second — high-quality output without upscaling.
6 generation modes
Text-to-video, image-to-video, video-to-video, frames-to-video, motion control, and reference-to-video — a complete production toolkit in one model.
Up to 6 shots per generation
Generate up to 6 distinct cinematographic shots within a single 15-second output — structured multi-shot storytelling from one prompt.
10+ reference images
Accepts more than 10 reference images for character appearance, style anchoring, and multi-subject scene construction.
Generation modes
Specifications
How to use
1
Open the AI Video Generator
Log into ImagineArt and go to the AI Video Generator.
2
Select Kling O3
Choose Kling O3 from the model dropdown.
3
Choose your generation mode
Select the mode that fits your workflow — text-to-video, image-to-video, video-to-video, frames-to-video, motion control, or reference-to-video.
4
Structure multi-shot prompts
For multi-shot output, describe each shot with explicit shot size, camera movement, duration, and scene content.
5
Add references (optional)
Upload reference images, video clips, or motion references to anchor characters, styles, or movement patterns.
6
Generate
Click Generate for 1080p, 60 FPS output.
Prompting tips
- Leverage physics descriptions — “A glass falls off a table and shatters, water splashing realistically” will be rendered with physically accurate simulation. Be explicit about the physical behavior you want.
- Use mode strategically — For restyling existing footage, use video-to-video. For maximum control over a sequence, use frames-to-video with defined start and end frames.
- Multi-shot structure — “SHOT 1 (wide, 3s): … SHOT 2 (close-up, 2s): …” is interpreted as discrete cinematographic cuts by Kling O3.
- Use references for character identity — Upload multiple reference angles of a character to improve identity consistency across shots.
Example prompts
A professional boxer trains in a gym. SHOT 1 (4s, wide): Boxer shadowboxes in the ring, motion blur on fast punches. SHOT 2 (3s, close-up): Sweat flies off the boxer’s face as they throw a right hook. SHOT 3 (3s, medium): The boxer catches their breath, hands on the rope. 1080p, 60 FPS.
A raindrop falls onto a still pond surface. Extreme close-up macro shot. Water ripples expand outward with physically accurate fluid dynamics. Slow motion, 60 FPS, 5 seconds.