YDlink Gimbal Control Software for Windows
Overview
YDlink software for controllers in Windows system (Click HERE for Android based version). YDlink is a powerful and user-friendly solution designed to enhance your inspection and monitoring experience. With a wide range of advanced features, this software allows you to effortlessly control your gimbal and cameras. Whether you're managing security operations, inspections, or capturing dynamic footage, our software provides seamless integration and intuitive controls, making it accessible for both professionals and beginners.
Convenient Gimbal & Camera Control
Full Gimbal Motion & Remote Zoom Control
The software provides comprehensive control of gimbal movement, including yaw, pitch, and roll adjustments, allowing operators to adapt quickly to various mission requirements. For zoom-capable gimbal cameras, it also enables remote zoom control, ensuring precise framing and detailed image capture from a distance.
Real-Time Camera Orientation Display
Real-Time Camera Orientation Visualization
Through the intuitive software interface, operators can view the camera's orientation and pointing direction in real time, maintaining accurate monitoring and confident control during dynamic aerial operations.
One-Click Snapshot and Recording
One-Click Recording & Local Footage Storage
The software enables one-click image capture and video recording, with files stored directly on the local device or camera storage. This convenient recording capability allows operators to quickly document important events, monitor mission progress in real time, and preserve valuable footage for later review and analysis.
Target Tracking & Fly by Camera
AI Target Recognition & Autonomous Tracking
Powered by advanced AI algorithms, the software enables intelligent target recognition and tracking of vehicles, individuals, and other objects of interest. By coordinating the drone and camera, it automatically guides the aircraft to follow the target, maintaining continuous tracking and enhancing operational efficiency during dynamic aerial missions.
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