Kling 3.0 is a next-generation AI video model that creates cinematic videos with native 4K quality and built-in synced audio. It offers smoother motion physics, longer clips, and strong scene consistency for stable and realistic results.
Upload an image
Required - PNG, JPG, WEBP
Please upload an image to continue
Start by uploading an image or writing a text prompt that explains what you want in the video. You can describe the scene, characters, mood, and camera style in simple words to help the model understand your idea clearly.
Click the generate button and Kling 3.0 will process your input to create the video automatically. During this step, the model handles visuals, motion, and scene flow together to produce a smooth and realistic video based on your description.
Once the video is generated, preview the result. If needed, you can refine your prompt and generate again to improve the output. When you’re satisfied, download the final video and use it for marketing, or any creative project.
Kling 3.0 generates videos in native 4K resolution, delivering sharp details, clear visuals, and a professional-quality look. This makes the videos suitable for cinematic content, marketing, and high-quality social media without extra upscaling.
Kling 3.0 generates video and audio together in one, including speech, sound effects, music, and natural lip synchronization. This ensures that sound perfectly matches the visuals, creating a more realistic and immersive viewing experience without additional audio editing.
The model supports longer continuous video clips (around 15 seconds or more), allowing creators to move beyond short clips. This helps create richer storytelling, smoother scene flow, and more complete video narratives.
Characters remain visually consistent throughout the video. Facial features, clothing, body shape, and overall appearance stay stable across different shots, which is essential for storytelling, branding, and professional video creation.
Kling 3.0 improves motion realism and physics handling, resulting in smoother camera movements and more natural character and object interactions. Movements follow realistic rules like gravity and balance, reducing unnatural motion.