CSIN-S750 Large Unmanned Surface Vessel for Ocean Survey and Hydrographic Mapping

CSIN-S750 Large Unmanned Surface Vessel for Ocean Survey and Hydrographic Mapping

The CSIN-S750 Large Multi-Function Unmanned Surface Vessel is a professional water surface unmanned platform designed for ocean survey and hydrographic mapping applications. Integrating autonomous cruising, intelligent sensing, and automatic obstacle avoidance, it enables unmanned marine surveying operations with high efficiency and operational safety. The vessel can be equipped with a wide range of marine survey instruments, including side scan sonar, ADCP, multibeam echo sounder, and small underwater robots, making it an ideal solution for complex oceanographic and hydrographic missions.

With its large payload capacity, support for simultaneous multi-device operation, and flexible propulsion options including electric outboard propulsion or hybrid electric-fuel propulsion, the CSIN-S750 is built for demanding offshore and coastal survey tasks. It also features an innovative six-degree-of-freedom attitude compensation system, helping improve platform stability and data acquisition accuracy in dynamic marine environments. This unmanned surface vessel is well suited for marine mapping, underwater exploration, current measurement, seabed survey, and other professional ocean engineering applications.

Product Overview

The CSIN-S750 Large Multi-Function Unmanned Surface Vessel is a high-performance unmanned surface platform developed for ocean survey, marine mapping, and hydrographic operations. Designed for professional use in marine environments, it combines autonomous cruising, intelligent perception, and automatic obstacle avoidance into one integrated system, enabling safer, more efficient, and fully unmanned survey missions.

As a large-scale marine survey USV, the CSIN-S750 is capable of carrying multiple professional oceanographic and hydrographic instruments at the same time. It supports payload integration with equipment such as side scan sonar, ADCP, multibeam echo sounder, and small underwater robots, allowing users to perform a variety of marine data collection and underwater investigation tasks with a single unmanned platform.

One of the key advantages of the CSIN-S750 is its large payload capacity, which allows multiple devices to operate simultaneously during a mission. This makes it especially suitable for demanding offshore and coastal survey projects where multi-sensor data acquisition is required. Whether used for seabed mapping, current measurement, underwater terrain analysis, or marine engineering support, the vessel offers strong adaptability to professional operational needs.

To meet different mission requirements, the platform supports electric outboard propulsion as well as hybrid electric-fuel propulsion, giving operators greater flexibility in balancing endurance, efficiency, and mission range. In addition, the vessel is equipped with an innovatively developed six-degree-of-freedom attitude compensation system, which helps improve stability and maintain better measurement accuracy in wave-affected and dynamic marine environments.

With intelligent navigation, advanced payload compatibility, and enhanced stability control, the CSIN-S750 is an ideal unmanned surface vessel for oceanographic survey, hydrographic mapping, and marine engineering applications.

Main Features

Designed for Ocean Survey and Marine Mapping

• Developed for professional ocean survey and hydrographic mapping operations.
• Combines autonomous cruising, intelligent sensing, and automatic obstacle avoidance.
• Supports unmanned data collection in offshore and coastal environments.

Large Payload Capacity

• Designed to carry a large payload for demanding marine survey missions.
• Supports multiple survey devices working simultaneously.
• Suitable for multi-sensor marine data acquisition tasks.

Compatible with Multiple Marine Survey Instruments

• Can be equipped with side scan sonar, ADCP, multibeam echo sounder, and small underwater robots.
• Supports flexible integration for a wide range of marine and hydrographic applications.
• Ideal for seabed survey, current measurement, and underwater exploration.

Flexible Propulsion Options

• Supports electric outboard propulsion for efficient operation.
• Also supports hybrid electric-fuel propulsion for extended mission flexibility.
• Suitable for different endurance and operational range requirements.

Six-Degree-of-Freedom Attitude Compensation System

• Features an innovative six-degree-of-freedom attitude compensation system.
• Helps improve platform stability in dynamic marine conditions.
• Enhances measurement accuracy for precision survey applications.

Technical Specifications

Applications

• Ocean survey and hydrographic mapping
• Side scan sonar and multibeam data acquisition
• ADCP current measurement and seabed investigation
• Small underwater robot deployment support
• Marine engineering and offshore survey operations