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  • Full Mission Ship Engine Room Simulator
  • Full Mission Ship Engine Room Simulator
  • Full Mission Ship Engine Room Simulator
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Full Mission Ship Engine Room Simulator

Hefonix-Engine 6000 Full-Mission Engine Room Simulator is a specialized simulation training system developed for training in the operation and management of ship engine room power equipment. By integrating acoustics, light, and electronics, it creates a realistic engine room training environment, consistent with a real ship. It covers operational training and troubleshooting of power plants, power plant systems, fuel, and lubricating oil subsystems.
  • Hefonix
  • China
  • Customized service, ranging from 2 to 8 months
  • It has high-level supply quality, high supply efficiency, and customized supply capabilities that are highly consistent with demand.

Product Overview

Hefonix-Engine 6000 Full-Mission Engine Room Simulator is a specialized simulation system for training in the operation and management of ship engine room power equipment. offers professional engine room operation training solutions through its four core advantages: engine room environment restoration, full engine room system coverage, compliance assurance, and university teaching management. This solution effectively reduces the risks and costs of onboard training, enhances crew skills, and meets the needs of crew competency assessment, skills improvement, and university training.

engine simulator

Standards

- Meets the “Competency Assessment Items” and “Ability to Conduct Sustained Demonstration of Proficiency” requirements of the International Maritime Organization (IMO) Convention on Standards of Training, Certification and Watchkeeping for Seafarers (STCW) (78/95).

- Meets the “Automated Power Plant Training” and “Automated System Training” requirements of the China Maritime Administration’s “Measures for the Implementation of the Provisions of the STCW Convention (78/10)”.

- Meets the “Rules for the Examination, Assessment and Issuance of Certificates of Competency for Seafarers” and the corresponding “Engine-Shipment Simulator Training Assessment Specifications.”

Full mission ship engine room simulator

Advantages

- Modular installation and cabling improve installation and after-sales service efficiency;

- Socket communication improves communication efficiency;

- The software innovatively utilizes a hybrid web and C++ programming model, balancing development efficiency and accuracy to ensure quality.

- WebGL is used to develop the host 3D model, enhancing efficiency;

- Supports configuration of a large dynamic simulation screen, using international colors to represent various pipeline flow media, resulting in beautiful, clear graphics and simple operation;

- Modular design allows for customization of mother ship parameters to meet your needs, adapting to the training requirements of different ship types.

- Low operation and maintenance costs and long-term stable operation.

engine room simulator

Full Mission Engine Room Simulator system modules Solutions

The Full Mission Engine Room Simulator's system modules (including software and hardware) support flexible combination, allowing you to configure equipment or software according to your specific needs to reduce costs.

Cloud-based solutions

Desktop Solution

Full mission solution

The cloud-based solution features a full-mission engine room simulator system, encompassing simulated power plant systems, fuel systems, lubricating oil systems, cooling systems, and more. Its operational logic is highly consistent with the real-world vessel. The software supports cloud collaboration and multi-device access, allowing users to access the software from laptops, tablets, phones, and other mobile devices. If you want to reduce hardware reliance and enable online training anytime, anywhere, the cloud-based solution is your best choice.


The desktop solution is ideal for conducting basic marine engineering skills training in a classroom environment. It includes one instructor station and 40 student terminals (equipped with marine engineering simulation system software covering simulated power plant systems, fuel systems, lubricating oil systems, cooling systems, etc.). Of course, it can also be configured according to your specific needs to meet diverse training requirements.



The full-mission solution is dedicated to providing a simulated training environment that emulates the actual shipboard environment. It features:

-Large dynamic simulation screen (simulating the flow of various system pipelines);

-Engine engine simulation (a 10:1 scale model of the actual engine, capable of interoperating with the simulation system);

-Power plant simulation (main and emergency distribution panels);

-Control console;

-Navigate console;

-Engineside control console;

-Auxiliary control box;

-Supporting simulation system software. 

You can flexibly configure all of the above to meet your specific needs. With high-precision simulation equipment, a realistic engine room environment, and realistic operational logic, you can lower the learning curve and improve training effectiveness.

engine simulator

Hefonix-Engine 6000 full-mission engine room simulator leverages four core advantages: engine room environment reproduction, full engine room system coverage, regulatory compliance assurance, and university teaching management. It provides a professional engine room operation training solution, effectively reducing the risks and costs of onboard training, improving crew skills, and meeting the needs of crew competency assessment, skills improvement, and university training.

We offer one-stop supporting services

-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 all times.

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!

FAQ

  • What are the main applications of Hefonix's simulator products?

    Hefonix simulator products cover multiple fields, including maritime education, maritime safety, military-civilian integration, and scientific research and verification. Core application scenarios include: 1.Crew Training and Assessment: These products meet IMO, STCW, and China Maritime Safety Administration standards, providing practical training in ship maneuvering, collision avoidance, and GMDSS communications (e.g., full-mission ship maneuvering simulators and GMDSS simulators). 2.Emergency Drills: These products simulate fires, groundings, and oil spills, supporting coordinated maritime search and rescue training (e.g., ship oil spill simulators and maritime self-rescue lifeboat simulators). 3.Civil-Military Integration: Their distributed architecture can be expanded to ship maneuvering and tactical coordination training for the Navy and Coast Guard (e.g., Navy Task Force Combat Operations Simulators and Naval Combat Training Simulators).
  • What are the core technical advantages of the Hefonix simulator?

    The Hefonix simulator focuses on "high-precision simulation + scenario-based training." Its technical advantages include: 1. High-precision mathematical model: The six-degree-of-freedom motion model covers complex hydrodynamic phenomena such as inter-vessel effects and shallow water effects, and supports simulation of propulsion devices such as fixed-pitch and variable-pitch propellers. 2. Web-based architecture and multi-device collaboration: Systems such as electronic charts and GMDSS are developed based on the web, supporting multi-device access from computers, tablets, and mobile phones, reducing site restrictions (e.g., unlimited-area electronic chart simulators and GMDSS simulators). 3. Immersive visuals and realistic interaction: The 3D visuals utilize realistic terrain textures and dynamic water effects, and ship navigation lights and types comply with the International Regulations for Preventing Collisions (COLREGs). Hardware operating logic is consistent with that of a real ship (e.g., the control panel of the ship radar/ARPA simulator provides the same operational feedback as the actual ship equipment). 4. Multi-system integration and fault simulation: Integrates radar, electronic charts, GMDSS, and other equipment to support simulation of complex scenarios such as co-frequency interference and sensor failures, enhancing emergency response capabilities (for example, the full-mission engine room simulator can simulate faults such as main engine overheating and fuel system leaks).
  • What supporting services does Hefonix provide?

    Hefonix offers one-stop services covering the entire pre-sales, sales, and after-sales process: -Pre-sales: We provide services such as needs analysis, solution customization, product demonstrations, and training planning to meet your customized needs. -Sales: We offer customized production and R&D (if applicable), installation and commissioning, site adaptation, operator training, and document delivery. We ensure that high-quality products are delivered to you, giving you peace of mind. -After-sales: We offer a one-year free warranty (including hardware replacement and software upgrades), 24/7 technical support, and lifetime system optimization advice. We're here to help you at any time.
  • Do Hefonix and its products comply with international standards and industry certifications?

    Hefonix and its products are certified to multiple international standards, including: 1. International Conventions and Standards: Our products comply with the IMO SOLAS Convention, the STCW Convention (including the 2016 Amendment), the LSA Code, and the IHO S-57/S-52 Electronic Navigational Chart Standards. (For example, our full-mission ship maneuvering simulator meets the IMO ship maneuvering simulator performance requirements, and our GMDSS simulator complies with Section A-I/12 of the STCW Convention.) 2. Corporate Qualifications: We have obtained five ISO certifications and are recognized as a National High-Tech Enterprise, a "Specialized, Advanced, and Innovative" Small and Medium-Sized Enterprise, and a "Contract-Abiding and Credit-Honoring Enterprise." 3. Customer Feedback: Over 95% of our customers have rated us "Excellent" or "Satisfied," recognizing our "outstanding professional capabilities and efficient service response."
  • Does Hefonix support customized solutions?

    Yes, Hefonix offers deep customization capabilities and can provide tailored solutions based on customer needs: 1. Hardware Customization: For example, we offer customized towing/pushing simulation hardware (inland vessel navigation simulators) tailored to the characteristics of inland vessels; and we develop specialized ice-zone equipment simulation (ocean ice navigation simulators) to meet the needs of polar navigation. 2. Software and Scenario Customization: We support the addition of new ship models (3D models + mathematical models), port databases, and specialized training subjects (such as trawling/purse seine simulations in fishing vessel simulators). 3. Cross-domain Integration: Based on actual customer needs, we integrate VR/AR technologies (such as VR virtual driving simulators) and unmanned systems (intelligent unmanned vessels/submarine vehicles) to expand the boundaries of training scenarios.

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