DrBimmer/comprehensive-car-damage
Car Front and Rear Damage Detection Dataset Dataset Summary This dataset is designed for training and evaluating machine learning models for car damage detection, specifically focusing on front and rear vehicle damages. It includes high-quality labeled images categorized into six distinct classes: R_Normal: Rear view of undamaged cars R_Crushed: Rear view of cars with crushed damage R_Breakage: Rear view of cars with visible breakage F_Normal: Front view of… See the full description on the dataset page: https://huggingface.co/datasets/DrBimmer/comprehensive-car-damage.
Car Front and Rear Damage Detection Dataset
Dataset Summary
This dataset is designed for training and evaluating machine learning models for car damage detection, specifically focusing on front and rear vehicle damages.
It includes high-quality labeled images categorized into six distinct classes:
- R_Normal: Rear view of undamaged cars
- R_Crushed: Rear view of cars with crushed damage
- R_Breakage: Rear view of cars with visible breakage
- F_Normal: Front view of undamaged cars
- F_Crushed: Front view of cars with crushed damage
- F_Breakage: Front view of cars with visible breakage
Use Cases
With this dataset, researchers and developers can build AI-powered solutions for:
- Automated vehicle inspection systems
- Insurance claim assessment tools
- Road safety and damage analytics
- Training vision models for automotive applications
The clear classification structure enables models to effectively distinguish between normal, crushed, and broken conditions in front and rear views.
Dataset Structure
Each image is stored in a directory named after its class label. The dataset is balanced across the six categories and includes metadata for each image if needed (e.g., angle, lighting conditions).
