- Overview
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Product Introduction
The S3-PE-521A1 Electro-Optical Detection Equipment is an integrated detection and tracking system designed for low-altitude security in critical facilities such as airports, military bases, and nuclear/biochemical sites. It combines a high-definition visible-light camera, an uncooled thermal imager, and multi-spectrum detection modules with intelligent target detection and tracking algorithms to effectively detect, track, identify, and alert against drones. Featuring a spherical design for wind resistance and low vibration, it ensures stable and clear imaging. Its modular, split-body structure allows flexible configuration of detection channels and optical components to meet various environmental conditions, including complete darkness, fog, rain, and snow. The system is IP66-rated, ensuring reliable operation in harsh outdoor environments.
Product Features
High Payload Capacity: Supports long-focus visible-light cameras and large-aperture thermal imagers, with optional laser rangefinders, navigation systems, and electronic compasses for ultra-long-range target detection.
Wide Detection Spectrum: Integrates high-definition visible light and uncooled thermal imaging for complementary multi-band detection. Combines active and passive sensing with multi-source data fusion to ensure 24/7 surveillance capabilities.
Rapid Rotation Speed: Achieves a rotation speed of 120°/s with an acceleration of 120°/s², enabling quick target acquisition and smooth tracking of fast-moving objects.
Extensive Coverage: Offers 360° azimuth and -90° to +90° elevation rotation for comprehensive, - free monitoring.
High Control Precision: Utilizes a precision angle encoder and high-accuracy closed-loop servo control system for positioning accuracy up to 0.005°. Features a high-performance image processing unit and precise autofocus mechanism.
Superior Tracking Performance: Equipped with advanced target acquisition and tracking algorithms, complemented by high-precision servo control, ensuring stable tracking of targets during rapid maneuvers and direction changes
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