Intelligent Unmanned Ship System

The Hefonix-USV 6000 intelligent unmanned vessel system aims to empower the development of multi-faceted maritime professionals. By building an intelligent, scenario-based unmanned vessel system teaching and experimental platform, it empowers students to deeply participate in the entire process of unmanned vessel operation. Not only can the autonomous vessel's path planning and intelligent collision avoidance algorithm parameters be remotely configured, but it can also activate manual intervention mechanisms in emergency situations, enabling precise control via the remote control platform. Leveraging its multi-dimensional technological advantages and immersive teaching equipment, the system provides an integrated "theory + practice + innovation" solution for maritime talent development.

The system integrates cutting-edge intelligent navigation technologies and offers the following significant advantages:

-Multi-mode Collaborative Navigation Control：Combining intelligent autonomous route planning, remote precision remote control, and emergency manual control, it supports flexible response in complex mission scenarios and fully adapts to the diverse needs of teaching, training, and scientific research.

-Highly Reliable Emergency Fault-Tolerant System:Establishing a full-link safety assurance mechanism—in the event of a sudden loss of the remote communication link, the system instantly activates intelligent anchoring and coordinated dynamic obstacle avoidance mechanisms, and simultaneously initiates an intelligent return-to-home procedure to ensure the safety of equipment and personnel.

-Seamless Virtual and Real View Switching:Innovatively employing "real-time monitoring + 3D virtual" dual-view assurance technology: If the real-time monitoring (CCTV) signal experiences an anomaly or is lost, the system seamlessly switches to a high-precision 3D virtual view mode, ensuring continuous visual monitoring of the unmanned vessel's navigation status and operational safety.

To enhance operational realism and technical understanding, the system is equipped with the following core devices to fully support teaching and practical training:

-Remote Control Platform:Integrated with a highly realistic shipboard control console, it features professional software modules such as an electronic chart simulation system, radar simulation software, a ship dynamics database, and a port environment database. It also features a 180-degree horizontal immersive scene LCD display array, supporting one-touch switching between real-time CCTV footage and 3D virtual scenes, creating a realistic "what you see is what you control" operational experience.

-Integrated Remote Sensing and Telemetry System:This system builds a full-link data collection and processing system, enabling real-time collection, encrypted transmission, precise reception, and intelligent analysis and processing of data on the intelligent unmanned vessel's navigation status, environmental parameters, and equipment operating conditions, providing data support for teaching experiments.

* When signal from the remote control platform is lost or interrupted, the vessel will automatically stop and avoid obstacles.

* When the control signal switches, the vessel can intelligently recognize and execute the next command.

* Intelligently navigate, steer, and avoid obstacles according to a pre-defined route.

* Intelligently return home according to a pre-defined route or the last command.

The Hefonix-USV 6000 system, with its robust functional adaptability, is widely used in the following scenarios:

-Smart Ship Experimental Platform: This system provides universities with an integrated "unmanned vessel + underwater vehicle" teaching and experimental system. This system supports core experimental projects such as autonomous obstacle avoidance algorithm verification, remote collaborative control, and multi-sensor data fusion. It is highly adaptable to the teaching needs of undergraduate and graduate courses such as "Intelligent Navigation Technology," "Marine Engineering Equipment," and "Underwater Robotics Technology."

-Crew Skills Training: This system creates a highly realistic simulation of complex sea conditions (such as strong winds, dense fog, and swells) to systematically train crew members in remote emergency decision-making and equipment operation, significantly reducing the time and safety risks of traditional on-board training.

-Water Quality and Ecological Monitoring: Equipped with a multi-parameter water quality sensor array, this system conducts high-precision grid-based patrol sampling of lakes, reservoirs, and offshore waters. Monitoring data is transmitted in real time to an environmental monitoring cloud platform via satellite/4G/5G networks, enabling 24/7, unmanned water quality and ecological monitoring, effectively replacing traditional manual inspections.

The Hefonix-USV 6000 intelligent unmanned ship system, with its core features of autonomy, collaboration, and virtual-reality integration, can be widely used in scenarios such as water monitoring, security patrols, scientific research, and teaching, meeting your diverse needs.

- Pre-sales Service: We provide services such as needs analysis, solution customization, product demonstrations, and training planning to meet your customized needs.

- In-sales Service: We offer customized production and R&D (if applicable), installation and commissioning, site adaptation, operator training, and document delivery. We ensure the delivery of high-quality products for your peace of mind.

- After-sales Service: We provide a one-year free warranty (including hardware replacement and software upgrades), 24/7 technical response, and lifetime system optimization advice to assist you at any time.

About Us

As a global innovator in maritime simulation technology,Hefonix is dedicated to providing cutting-edge simulation training solutions to maritime, nautical, and related professional schools and institutions. Our team of 50+ professionals specializes in simulation technology R&D, maritime industry applications, and educational design. Guided by the principle of “flexible response to needs and innovative problem-solving,”  we refuse to be bound by traditional standards and, through immersive simulation technology, make crew training more engaging, safer, and more realistic.

Our vision is clear and unwavering: unlock exclusive training modules and expand your training beyond traditional boundaries!