demobook

OpenArt: Compare motion generation with Kling 3.0

Demo summary

The creator switches the model to Kling 3.0 using the same prompt to demonstrate how it handles complex physical movements.

Step-by-step

  1. Select Kling 3.0 from the model dropdown menu
  2. Maintain the same prompt and settings used for previous generations
  3. Generate the video to compare motion handling

Tips

  • Use Kling 3.0 specifically for motion-heavy content to achieve better physical movement results

Highlights

For motion-heavy content, this is a really strong choice.

All demos from “Best AI Video Generators in 2026 (Most Realistic)

  1. 1:390:49Generate motion-heavy video with SeaDance 2.0The user demonstrates selecting SeaDance 2.0 in OpenArt and entering a prompt for a breakdancer in the rain to test fluid movement generation.OpenArtText to Video
  2. 2:490:11Compare motion generation with Kling 3.0CurrentThe creator switches the model to Kling 3.0 using the same prompt to demonstrate how it handles complex physical movements.OpenArtText to Video
  3. 4:350:40Test cinematic realism with SeaDance 2.0A detailed prompt for an elderly man in an Italian cafe is used to demonstrate SeaDance 2.0's ability to render skin textures and lighting.OpenArtAI Realistic Image Generator
  4. Watch “Best AI Video Generators in 2026 (Most Realistic)” →

Text to Video

  1. 0:500:50Generate realistic video with Sora 2The creator demonstrates using Sora 2 within the OpenArt interface to generate a high-resolution, 12-second video from a complex text prompt.Youri van Hofwegen
  2. 2:150:16Create vlog-style content with Sora 2A demonstration of Sora 2 generating a realistic 'vlog style' video of a winter day in New York City, showcasing environmental interpretation.Youri van Hofwegen
  3. 4:270:18Text-to-video generation with Kling 2.6The video shows the selection of the Kling 2.6 model in OpenArt to generate a video with saturated colors and integrated audio.Youri van Hofwegen
  4. 5:090:23Simulate cockpit environment with Kling 2.6A demonstration of Kling 2.6 generating a stylized video of a pilot in a thunderstorm, focusing on environmental effects and audio sync.Youri van Hofwegen
  5. 7:060:58Text-to-video generation in OpenArtThe creator demonstrates the text-to-video workflow by inputting a descriptive prompt of rugby players in a locker room to generate a scene from scratch.Dan Kieft
  6. 3:491:04Text-to-video generation with Google Veo 3The user configures settings in OpenArt including prompt enhancement, resolution, and 'Normal' mode to generate a video of a chimp street interview using Google Veo 3.Roboverse
  7. 17:561:02Generate AI video with Hailuo (Seance)A demonstration of the Seance model (Hailuo) to create a video of the AI character eating a pastry in a shop.Roboverse
  8. 2:001:18Text-to-video generation with Google Veo 3.1The user demonstrates how to input a detailed text prompt into OpenArt to generate a cinematic video of a sea captain using Google Veo 3.1, comparing it to the previous 3.0 version.Roboverse
  9. 1:130:48Generate a viral POV mountain bike video with Sora 2Sora 2 generates a POV video of a mountain biker encountering a grizzly bear, demonstrating high realism but struggling with specific prompt details like the bear's gestures.Moe Lueker
  10. 2:320:30Generate a mountain bike encounter with Veo 3Google Veo 3 is shown generating a similar mountain bike scene, exhibiting high environmental realism but failing on character physics as the biker disappears into the bear.Moe Lueker
  11. 3:020:35Using Sora 2 via OpenArt interfaceThe user demonstrates the OpenArt interface to select the Sora 2 model, adjust settings like 'fast model' and '8-second version', and generate a video from a text prompt.Moe Lueker
  12. 2:560:52Generate action video from text with Wan 2.6The user demonstrates selecting the Wan 2.6 model in Open Art and entering a prompt for a berserker knight smashing through a gate to generate a video with synchronized audio.Ai Chemy