INTRODUCING KLING VIDEO V3 TEXT TO VIDEO [STANDARD]

KLING VIDEO V3 TEXT TO VIDEO [STANDARD]

NEXT-GEN VIDEO CREATION

Cinematic text-to-video with audio

Kling Video v3 Text to Video [Standard] is a state-of-the-art text-to-video generation model provided by fal.ai, designed to transform detailed textual prompts into vivid, cinematic video content. The model distinguishes itself through its ability to generate videos with cinematic visuals, fluid motion, native audio tracks, and support for multi-shot scenes. This makes Kling 3.0 Standard particularly suitable for creators seeking to produce complex video sequences with high visual and auditory fidelity.

The primary input to the model is text, from which it constructs corresponding video outputs. Users can either provide a single descriptive prompt or multiple prompts for multi-shot video generation. The multi-shot feature divides the output video into different sections, each reflecting a unique prompt and duration specified by the user. This is especially powerful for storytelling applications, scene transitions, or visualizing multi-stage concepts.

Audio support is natively integrated into Kling Video v3, enabling the automatic generation of synchronized voice tracks in Chinese and English. Prompts in other languages are automatically translated to English. To refine the generated speech, users should employ lowercase letters for standard English speech, and uppercase for acronyms or proper nouns. The model also supports custom voice assignment using voice IDs, allowing up to two distinct voices per generation task. Voice IDs can be fetched via the Kling video create-voice endpoint provided by fal.ai.

Several parameters can be configured for greater creative control:

  • Aspect Ratio: Users can select from 16:9, 9:16, or 1:1 aspect ratios to tailor the video output for various display formats.
  • CFG Scale: The Classifier Free Guidance (CFG) scale, ranging from 0 to 1, controls how strictly the output adheres to the prompt, allowing for nuanced balance between creativity and literal interpretation.
  • Duration: Video length can be set between 3 and 15 seconds, both for single-shot and individual multi-shot scenes.
  • Negative Prompt: By default set to "blur, distort, and low quality," this parameter suppresses undesired video qualities, promoting clarity and fidelity.
  • Shot Type: For multi-shot videos, users can choose between "customize" and "intelligent" shot type selection, granting flexibility in scene arrangement.

Kling Video v3's cinematic rendering extends to support epic, photorealistic scenes, including advanced details such as volumetric lighting and dramatic camera motions (e.g., rising drone shots), as exemplified by documented prompt examples. Native audio generation further elevates the immersive quality of the outputs. The model also emphasizes efficiency, being suitable for both commercial and partner applications.

Results from the model can be previewed or downloaded for further use. While specific efficiency metrics and ideal use cases are not explicitly listed, the focus on cinematic quality, multi-shot capability, and the integration of audio support suggest strong applicability for content creators, marketers, storytellers, and media producers who require rapid prototyping or visualization from text-based descriptions.

Limitations and best practices mentioned in the documentation include the need to choose either a single prompt or a multi-prompt structure (not both simultaneously), and a maximum of two voices per video task. Non-Chinese/English audio prompts are automatically translated, and voice assignment requires use of the provided endpoint. The maximum length of prompts and negative prompts is capped at 2500 characters, ensuring operational reliability.

In summary, Kling Video v3 Text to Video [Standard] offers an advanced, versatile platform for generating cinematic videos from text, integrating sophisticated motion, detailed visual effects, and multi-language audio generation, with comprehensive user controls for customization.

Generate using the most advanced video model

A woman kneeling in darkness, illuminated by a warm, radiant beam of light emerging from her raised hand.

Step 1

Write your scenario

Describe your video scene with motion, camera angles, and mood

Step 2

AI generates

Model creates cinematic motion with natural physics and lighting

Step 3

Start sharing

Download and share your production-ready video

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Frequently Asked Questions

You must provide either a single text prompt describing the desired video or a list of prompts for multi-shot video generation. Only one of these options can be used per task.