Ctrl-Crash is designed to generate realistic car crashes, which is a challenging task due to the scarcity of accident events in most driving datasets. The model uses a combination of bounding boxes, crash types, and an initial image frame to generate a realistic crash scenario. The model can also generate counterfactual scenarios, where small changes in the input can lead to significantly different outcomes. This feature makes Ctrl-Crash a valuable tool for applications such as traffic safety and accident reconstruction.


Ctrl-Crash has been evaluated on various metrics, including FVD and JEDi, and has achieved state-of-the-art performance. The model has also been compared to other methods, such as Cosmos, Sora, AVD2, DrivingGen, and Ctrl-V, and has outperformed them in terms of video quality and physical realism. The model's ability to generate realistic car crashes and counterfactual scenarios makes it a valuable tool for various applications, including traffic safety, accident reconstruction, and autonomous vehicle development.

Key Features

Controllable car crash video generation
Conditions on bounding boxes, crash types, and initial image frame
Classifier-free guidance with independently tunable scales
Fine-grained control at inference time
State-of-the-art performance on quantitative video quality metrics
State-of-the-art performance on qualitative measurements of physical realism and video quality
Ability to generate counterfactual scenarios
Realistic car crash generation

Get more likes & reach the top of search results by adding this button on your site!

Embed button preview - Light theme
Embed button preview - Dark theme

Subscribe to the AI Search Newsletter

Get top updates in AI to your inbox every weekend. It's free!