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Ahnuf/Military_Aircraft_Detection_Classification_Image_Dataset

Military Aircraft Detection & Classification Dataset 88 Classes with Advanced Background Suppression Overview This dataset is a professionally curated resource for training high-performance object detection and image classification models such as YOLOv11.It contains 88 distinct military aircraft classes and is explicitly designed for real-world deployment, where false positives from civilian aircraft, birds, and small drones are common. To address… See the full description on the dataset page: https://huggingface.co/datasets/Ahnuf/Military_Aircraft_Detection_Classification_Image_Dataset.

sourceHugging Faceapache-2.0updated 7mo agoView on Hugging Face
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Dataset Card

Military Aircraft Detection & Classification Dataset

88 Classes with Advanced Background Suppression

Overview

This dataset is a professionally curated resource for training high-performance object detection and image classification models such as YOLOv11. It contains 88 distinct military aircraft classes and is explicitly designed for real-world deployment, where false positives from civilian aircraft, birds, and small drones are common.

To address this, the dataset incorporates a structured background suppression strategy, teaching models not only what to detect, but also what to ignore.


Dataset Summary

  • Total Images: 26,668
  • Military Aircraft Classes: 87
  • Image Resolution: 640 × 640 (uniform)
  • Annotation Format: YOLO (.txt) with normalized coordinates
  • Primary Use: Military aircraft detection and classification

Dataset Split & Background Statistics

SplitTotal ImagesBackground ImagesBackground %
Train21,3422,50811.75%
Validation2,64129511.17%
Test2,64528410.74%
Total26,6683,127~11.7%

The dataset maintains a stratified split of approximately 80% Train / 10% Validation / 10% Test across all 87 classes.


Advanced Background Suppression Strategy

To significantly reduce false detections, the dataset includes 3,127 background-only images with empty annotations. These images are intentionally selected to represent common real-world confounders in aerial imagery.

Background Categories

  1. 1.Empty Skies, Clouds & Commercial Aircraft Negative samples containing:
  2. 2.Clear or cloudy skies with no aircraft
  3. 3.Commercial passenger and cargo aircraft This trains the model to distinguish civilian airliners from military platforms.
  1. 1.Bird Backgrounds (≈1.5%) High-resolution bird imagery to prevent bird-as-aircraft false positives, particularly at long range or low resolution.
  1. 1.Commercial Drone Backgrounds (≈1.5%) Civilian and hobbyist UAVs (quadcopters and small drones), enabling the model to differentiate between commercial drones and military-grade UAVs.

All background images use empty `.txt` label files (0 bytes) and contain no bounding boxes.


Annotation Format

Each image is paired with a corresponding .txt file in YOLO format.

Positive Sample Example

su57_01.txt 68 0.475000 0.496875 0.415625 0.859375

Field Description

  • 68 → Class ID (Su-57)
  • 0.475000 → X-center (47.5% of image width)
  • 0.496875 → Y-center (49.69% of image height)
  • 0.415625 → Bounding box width
  • 0.859375 → Bounding box height

Background (Negative) Samples

Background label files are intentionally empty:

  • sky_bg_01.txt
  • commercial_aircraft_bg_01.txt
  • birds_v1_01.txt
  • drones_v1_01.txt

Final Class ID Table (87 Classes)

IDClassIDClassIDClassIDClass
0A1022CL41544JF1766Su34
1A400M23E245JH767Su47
2AG60024E746KAAN68Su57
3AH6425EF200047KC13569TB001
4AKINCI26EMB31448KF2170TB2
5AV8B27F11749KJ60071Tejas
6An12428F1450Ka2772Tornado
7An2229F1551Ka5273Tu160
8An22530F1652MQ974Tu22M
9An7231F1853Mi2475Tu95
10B132F254Mi2676U2
11B233F2255Mi2877UH60
12B5234F3556Mi878US2
13Be20035F457Mig2979V22
14C136FCK158Mig3180Vulcan
15C13037H659Mirage200081WZ7
16C1738Il7660P382X32
17C239J1061RQ483XB70
18C39040J2062Rafale84Y20
19C541J3563SR7185YF23
20CH4742J3664Su2486Z10
21CH5343JAS3965Su2587Z19

Intended Use Cases

  • Military aircraft detection and classification
  • Civilian vs military aircraft discrimination
  • UAV and drone differentiation
  • Long-range aerial surveillance research
  • False-positive suppression benchmarking for YOLO models