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    Military Drone Swarm & Saturation Attack Dataset

    Military Drone Swarm & Saturation Attack Dataset sample 1

    This dataset addresses one of the most challenging scenarios in modern defense AI: detecting and tracking high-density drone swarms during saturation attacks. Each image contains 5–15 drones per frame at pixel sizes of 10–50 pixels, pushing the limits of small object detection algorithms. Environments include urban cityscapes, mountainous terrain, coastal areas, and open fields. The dataset features adverse weather (fog, rain, dust storms) and varied lighting from dawn to dusk. Annotations in YOLO format provide individual bounding boxes for each drone in the swarm. Designed to benchmark Counter-UAS tracking algorithms, multi-object trackers, and swarm behavior analysis. The open-source sample provides 117 images; the full package includes 1,000+ images with 5 evaluation videos.

    1,000+ images

    Full Package

    117

    Open Source Samples

    YOLO

    Annotation Format

    100%

    Privacy Compliant

    Dataset Features

    High-density swarms: 5–15 drones per frame
    Tiny objects: 10–50 pixel detection
    Urban, mountain, coastal environments
    Adverse weather: fog, rain, dust storms
    YOLO format individual drone annotations
    117 open-source sample images

    Intended Use Cases

    Counter-UAS defense systemsSwarm tracking algorithmsMilitary surveillanceAirspace threat assessment

    Free Sample vs. Commercial Package

    Free Open-Source Sample

    • 117 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.