The Black Pearl SV3 harnesses wave energy and solar power for forward propulsion, enabling autonomous navigation over distances of tens of thousands of kilometers. This platform can carry out global ocean observation and detection missions even in harsh sea conditions, acquiring and transmitting data in real time. Equipped with an adaptive, modular power management system, it boasts enhanced power supply capabilities, capable of providing electricity to high-power loads (such as sonar) as well as combined-load systems. Relying on its powerful computing capacity, the glider can perform real-time on-board processing of massive volumes of ocean data. Observation and detection information is transmitted back to the shore-based monitoring center in the form of “computed results,” marking a new stage of development for unmanned ocean observation and detection systems.

Key features
• Hybrid drive
• Strong load-bearing capacity
• All-weather, long-lasting battery life
• All-sea-condition applications
• Real-time relay communication across media
• Low-cost, high-efficiency platform
• Distributed regional coverage
• Real-time security data link
• Green energy
• Can be equipped with acoustic, optical, electrical, and magnetic sensors
• Mute and discreet

Typical applications:
Meteorological and hydrological observation
Marine organism monitoring
Water Quality Ecological Monitoring
Cross-domain communication relay

Technical Parameters

The unmanned surface monitoring vessel is designed for intelligent water inspection and environmental monitoring tasks. Equipped with advanced navigation and remote-control systems, it supports stable operation in rivers, lakes, and offshore areas. The vessel helps improve monitoring efficiency, reduce labor costs, and provide safer water surveying solutions for modern marine management applications.