
This lecture introduces YOLO26, the latest release in the Ultralytics YOLO object detection series. YOLO26 delivers faster and more accurate real-time performance across images and videos, powered by architectural improvements and refined training strategies that push practical performance even further.
Key Highlights of YOLO26
Improved detection of small objects.
Up to 43% faster CPU inference compared to previous versions
End-to-End, NMS-free inference for cleaner and faster predictions
Multi-task support, including:
Object Detection
Instance Segmentation
Pose Estimation
Image Classification
Oriented Bounding Boxes (OBB)
Optimized backbone and training pipeline for improved stability and accuracy
In this lecture, you’ll learn how to use YOLO26 for object detection, instance segmentation, pose estimation, image classification, and oriented bounding box (OBB) object detection.
In this lecture, you’ll learn how to set up YOLO26 on Windows step by step using Google Antigravity. We will also perform object detection, instance segmentation, pose estimation, image classification, and oriented bounding box (OBB) detection with YOLO26.
In the official YOLO26 release, ONNX export is reported to deliver up to 43% faster CPU inference. In this lecture, we benchmark YOLO26 against YOLO11 to compare their speed and accuracy.
In this lecture, you will learn how to annotate and label a custom dataset using Roboflow for object detection tasks. We will cover image upload, creating classes, drawing bounding boxes, organizing data, and exporting the dataset in YOLO format. By the end of this lecture, you will have a fully prepared dataset ready for training your YOLO26 object detection model.
In this lecture, you will learn how to train a YOLO26 object detection model on a custom pothole dataset. We will cover dataset configuration, training setup, model parameters, and performance monitoring. You will also learn how to evaluate the trained model and run inference to detect potholes in new images and videos.
In this lecture, you will learn how to annotate and label a custom dataset for instance segmentation using Roboflow. We will cover creating classes, drawing masks, organizing data, and exporting it in YOLO26 format. By the end, your dataset will be fully prepared for training a YOLO26 instance segmentation model.
In this lecture, you will learn how to train a YOLO26 instance segmentation model on a custom pothole dataset. The lecture covers dataset configuration, model setup, training, performance evaluation, and running inference to detect and segment potholes in images and videos. By the end, you will be able to build a custom instance segmentation model using YOLO26.
In this lecture, we’ll learn how to train the YOLO26 object detection model on a custom dataset for African wildlife detection. We’ll also analyze the results in detail and test the fine-tuned model on random images.
In this lecture, we’ll learn how to train/ fine-tune the YOLO26 instance segmentation model on a custom dataset for package segmentation. We’ll also analyze the results and test the fine-tuned model on random images.
In this lecture, we’ll learn how to train/ fine-tune the YOLO26 pose estimation model on a custom dataset for human activity recognition.
In this lecture, we’ll learn how to train/ fine-tune the YOLO26 classification model on a custom dataset for plant classification.
YOLO26 is the latest evolution in the Ultralytics YOLO object detection family, designed to deliver faster, more accurate, and more efficient real-time performance across images and videos. With architectural upgrades and improved training strategies, YOLO26 pushes practical computer vision performance to a new level.
Key Highlights of YOLO26
Improved small object detection
Up to 43% faster CPU inference compared to previous YOLO versions
End-to-end, NMS-free inference for cleaner and faster predictions
Optimized backbone and training pipeline for better stability and accuracy
Multi-task support in a single framework:
Object Detection
Instance Segmentation
Pose Estimation
Image Classification
Oriented Bounding Boxes (OBB)
YOLO26 is built to handle a wide range of computer vision applications with high speed and precision.
What You Will Learn
YOLO26 Fundamentals
YOLO26 architecture, innovations, and performance benchmarks
Understanding how YOLO26 differs from earlier YOLO versions
Model Usage & Setup
Step-by-step YOLO26 setup on Windows
Running detection, segmentation, pose estimation, OBB, and YOLOE-26
Performance Analysis
YOLO26 vs YOLO11: Speed and accuracy comparison
YOLO26 Custom Object Detection: Dataset Creation & Model Training
How to Annotate / Label a Custom Dataset Using Roboflow
Train YOLO26 on a Custom Pothole Dataset for Pothole Detection
YOLO26 Instance Segmentation: Dataset Annotation & Model Training
How to Annotate & Label a Custom Dataset for Instance Segmentation with Roboflow
Train a YOLO26 Instance Segmentation Model on a Custom Pothole Dataset
Training on Custom Datasets
Training YOLO26 for Object Detection
Training YOLO26 for Instance Segmentation
Fine-tuning YOLO26 for Pose Estimation
Training YOLO26 for Image Classification
Advanced Real-World Projects
Building a Vehicle Intensity Heatmap from YOLO26 Detections
Real-Time Bird’s Eye View (BEV) System using YOLO26 and OpenCV
Deployment
Model Export with Ultralytics YOLO26
This course gives you hands-on experience building, training, and deploying YOLO26 models for real-world computer vision tasks.