Kuaishou's flagship unified multimodal AI video model. On SeeVid today, Kling O3 is available as instruction-based video editing (source clip + prompt, optional reference images) at 720p/1080p. For full Kling 3.0 text/image generation, use Kling 3.0 in the AI video generator.
Available on SeeVid platform
Kling O3 — officially Kling Video 3.0 Omni — is the flagship model of Kuaishou's Kling 3.0 series, launched on February 4, 2026. Unlike other AI video generators that require separate tools for video, audio, and editing, Kling O3 merges all of these into a single unified system powered by the Omni One architecture. It features visual chain-of-thought (vCoT) reasoning, native audio generation, multi-shot storyboard control up to 6 camera cuts, and up to 4K output.
Kling O3 thinks before it renders. It breaks down your prompt into scene elements, plans motion paths, considers lighting and composition, then executes. This multi-step reasoning ensures scene coherence, camera logic, and object consistency across all shots.
A single generation can include up to 6 distinct camera perspectives or scene cuts, each with its own prompt and duration. Cut from wide establishing shots to close-ups to reverse angles — all within one unified output up to 15 seconds.
Dialogue, environmental sounds, and background music can be generated alongside the video. Characters can speak with mouth movements, expressions, and head motion intended to match the audio. Supports code-switching between multiple languages mid-conversation.
Upload up to four reference images of a character to build a persistent identity embedding across your entire video. Supports multiple simultaneous characters, each maintaining unique appearance and features through occlusions, lighting changes, and perspective shifts.
Kling O3 aims to reduce fragmented AI video workflows by combining video, audio, and multi-shot direction in one system — so you spend less time stitching separate tools and fixing consistency breaks between shots.
A broad suite of multimodal AI video capabilities — built for directors, creators, studios, and teams that need video, audio, and multi-shot control in one place.
Describe complex multi-shot scenes in natural language. Kling O3's vCoT reasoning understands narrative flow, camera conventions like the 180-degree rule, eyeline matching, and continuity editing to produce coherent cinematic output.
Animate still images with character identity preserved from reference photos. Supports up to four reference images per character for stable identity embeddings across all shots and camera angles.
Specify up to 6 individual shots in a single generation — each with its own prompt, duration, shot size, perspective, and camera movement. A storyboard-first workflow designed for multi-shot clips in one pass.
Generate synchronized dialogue, ambient sounds, and music in English (American, British, Indian accents), Chinese (with dialects), Japanese, Korean, and Spanish. Characters can code-switch between languages mid-conversation.
Generate videos at up to 4K ultra-high-definition resolution. Sharp textures, detailed facial expressions, and cinematic color grading deliver professional-grade output for any screen.
Gravity, balance, deformation, collision, and inertia are handled with stronger physical plausibility than earlier versions. Action sequences, sports clips, and complex interactions usually look more believable, though hard cases can still show artifacts.
Paint movement direction on specific frame regions with Motion Brush, or upload a reference video to transfer motion patterns to characters and objects with fine regional control.
Extend any generated clip forward or backward in time while maintaining visual and narrative continuity. Chain multiple AI-generated segments to build multi-minute productions from shorter clips.
Everything you need to know about Kling O3 and how to use it on SeeVid.
Explore Kuaishou's flagship unified multimodal AI video model on SeeVid. Multi-shot storyboard control, up to 4K output, native audio, physics-aware motion, and director-oriented creative controls — designed for one-pass generation.