Back to Datasets

    Weapon Detection: Handgun vs Bag of Chips

    Weapon Detection: Handgun vs Bag of Chips sample 1

    In 2024, a student was handcuffed after a weapon detection AI flagged a bag of Doritos as a handgun. This dataset was created to solve that exact problem. Using Hard Negative Mining, it contains a balanced split of images showing people holding handguns (real threats) versus people holding shiny, crinkly chip bags (common false positive triggers). Both objects share similar visual properties from CCTV angles: compact shape, metallic/reflective surfaces, and single-hand grip. The dataset forces models to learn the critical differences between threatening and harmless objects. Images are rendered from realistic overhead and angled CCTV perspectives with varied lighting, sensor noise, and motion blur. Annotated in YOLO format with classes for person, handgun, and chip bag. The open-source sample includes 110 images; the full package contains 1,000+ images with evaluation videos.

    1,000+ images

    Full Package

    110

    Open Source Samples

    YOLO

    Annotation Format

    100%

    Privacy Compliant

    Dataset Features

    Hard Negative Mining for the 'Doritos Effect'
    Balanced handgun vs chip bag split
    Person, handgun, and chip_bag class labels
    Reflective surface and compact shape focus
    Realistic CCTV angles and lighting
    110 open-source sample images

    Intended Use Cases

    School security systemsRetail store monitoringPublic venue weapon detectionAI model debiasing and robustness

    Free Sample vs. Commercial Package

    Free Open-Source Sample

    • 110 annotated images
    • Format: YOLO
    • Hosted on Kaggle
    • Licence: See the hosting platform's terms of use

    Commercial Package

    The Creative Commons licence above applies only to the free sample, not to the full commercial package.

    Limitations & Recommended Validation

    This dataset is 100% synthetic. While it is designed to closely match real-world sensor and camera conditions, synthetic imagery can still differ from live footage in ways that affect model accuracy (a "domain gap"). Validate a trained model against real-world footage from your specific deployment environment before production use.

    Not intended as a sole basis for biometric identification, legal evidence, or safety-critical decisions without independent human review and real-world testing.