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Direct cinematic motion with true physical inertia, lifelike micro-expressions, and bracketed camera sweeps
Move seamlessly from a single text prompt or master still image into a fully simulated camera sequence with bracketed motion controls.
Hailuo 2.3 replaces procedural warping with true physical simulation, nuanced facial micro-expressions, and multi-tier rendering flexibility.
Explore high-motion sequences, fluid transitions, and stylized aesthetics generated across Hailuo 2.3 standard and Pro engines.
From commercial previs to high-fashion lookbooks, discover how directors and studios leverage physics-accurate video generation.
Hailuo 2.3 Pro renders at native 1080p resolution with maximum physical stability and facial micro-expression fidelity, making it the choice for final master shots. Standard variants render at 768p for lower generation costs and allow extended clip durations of up to 10 seconds.
Fast variants (Pro Fast and Standard Fast) are optimized for rapid storyboarding and layout drafting at up to a 50% discount on generation costs. They generate clips roughly twice as fast as non-fast models, but are limited to 6-second durations and can exhibit minor texture softening during extreme close-ups.
Isolate your camera movements inside brackets at the very end of your prompt, such as [Dolly In, Tilt Up] or [Pan Right horizontally]. Adding physical environmental reactions—like dust blooming or suspension compressing—further anchors dynamic camera sweeps.
Yes. Hailuo 2.3 supports both text-to-video and image-to-video generation. Providing a high-resolution starting frame locks in complex geometry and character styling, and the model automatically preserves the image's original aspect ratio.
Avoid chaining sequential multi-step narrative beats into a single prompt (such as 'a character runs, trips, and stands up'). Hailuo 2.3 excels at single continuous physical actions; prompt steps separately across multiple generations. Additionally, avoid ambiguous spatial terms like 'behind', which can cause unintended camera cuts.
Direct cinematic motion with true physical inertia, lifelike micro-expressions, and bracketed camera sweeps