01. Implementation of Smart Port
The main port area of Busan New Port's fully automated smart container terminal (1,400,000㎡) is recreated in a realistic environment. Samwoo Immersion used Unreal Engine 5 and photo‑realistic CG to replicate the real port with no polygon or detail constraints.
02. Optimization Technology by Samwoo | Optimization Element | Description |
|---|
| Polygon | Implements LOD (Level of Detail) techniques to selectively load high‑res and low‑res models based on distance and viewpoint, maximizing graphics performance optimization. | | Lighting | Uses HDRI and lightmap techniques to reduce real‑time lighting calculation load, enabling realistic reflections and refractions for immersive visual experience. | | Texture | Applies PBR materials for realistic surface textures and uses texture compression to minimize memory use, balancing high‑quality visuals with system resources. |
Advanced optimization across polygons, lighting, and textures allows seamless VR execution of the complex smart port environment. Leveraging Samwoo Immersion’s tech, the VR content delivers port‑level fidelity and immersion.
03. Unreal Engine Development 
This content is designed based on Unreal Engine 5.3, featuring an operation system that closely resembles the experience of driving an actual vehicle. The operation elements are implemented using Unreal Engine 5.3's precise physics processing capabilities and real-time interaction technologies. This allows users to experience forward and reverse driving, turning, and precise stopping, similar to a real test drive. As a result, the content is designed to naturally enhance the driving sense and spatial awareness required for equipment operation.
04. Instructor Control Integration 
Installed within a VR Station Cabin, synced with control computers and electronic desks. Instructors can monitor individual or group progress in real time, control power, manage content operation, and oversee the experience.
IMXR® Smart Port Reach Stacker VR Features
01. Realistic Implementation of Hydraulic Boom Operation
 | The core movement of the reach stacker, the boom operation, is recreated with realistic resistance and responsiveness, closely mimicking the working sensations and speed of a real hydraulic system, providing an experience similar to actual operation.
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02. Separation of Loading and Unloading Practical Tasks Experience
Beyond simply lifting and moving containers, users can clearly distinguish the procedures for loading and unloading tasks as they are carried out in actual port environments. By utilizing yard trucks for each task, users can perform the operations according to the real-world work processes, enabling systematic learning based on practical operations.
Key Scenes of the Content      
H/W Solution Content experience using VR HMD
| VR HMD : Meta Quest 2 |
|---|
The VR Station Cabin operates within a 2m x 2m space, eliminating physical hazards to ensure a smooth experience. It provides users with interactions closely resembling those they would encounter in a real physical environment. Utilizing a modern design, the VR HMD used is the Meta Quest 2, enabling deep immersion in virtual reality. Through spatial and temporal experiences in VR, users can freely navigate the boundaries between reality and imagination.
Implementation Case
Responding to the demand for smart port digital transformation in major ports and national policies, Samwoo Immersion supports technology innovation among Southeast Region companies linked to the port‑logistics innovation platform. Immersed the moment you grow! Maximize your potential with XR and AI (X‑RAI) technologies.
If you have any questions about the content of Samwoo Immersion or have any inquiries regarding purchase, You can get more detailed information and help with purchase through the 'Contact Us' button below.
Contact Us
📞 Phone Inquiry ㅣ 1600-1663 ✉ Email Inquiry ㅣ info@samwooim.com * Please be sure to include your company information and contact information. 📅 Operating hours ㅣ Weekdays 9:30~18:30 * Lunch time : 12:30 ~ 13:30 (Closed on Saturdays, Sundays and public holiday | 
An experiential VR content where users directly operate a reach stacker, a vehicle-type mobile equipment, to move containers
IMXR® Safety Experience VR Content
Introducing an immersive content experience where users directly operate a key piece of equipment, the reach stacker, to load and unload containers in the yard zone of a smart port terminal. Set against a realistic port environment rendered with high-quality 3D modeling, users can experience authentic control through the use of joysticks for boom operation, gear levers, and steering wheels.
Through an interface similar to actual equipment controls, users can understand the role of the reach stacker within the automated and intelligent logistics flow of a smart port. Additionally, virtual test driving allows effective improvement of driving skills and equipment proficiency.
INTRO
Limited access to field sites · Lack of equipment operation experience · Need for repeated learning in a safe environment · Increasing demand for hands-on training · Necessity to strengthen automated equipment operation skills
In smart ports, the reach stacker, a key piece of equipment, not only has limited opportunities for hands-on operation experience, but due to its high cost, repeated practice during training is also difficult. Additionally, access to smart ports is restricted for the general public, and even when visiting actual work sites, it is practically impossible to directly observe or experience the operation of complex equipment.
Especially, operational knowledge of automated port equipment varies depending on the user’s skill level, and there is currently no standardized training system for this. Against this backdrop, there has been a growing need for content that allows direct experience of driving a reach stacker in a safe and realistic virtual environment, with the capability for level-based learning.
SOLUTION
The IMXR Smart Port Reach Stacker Operation VR content was developed to overcome these educational limitations.
Users can directly operate the reach stacker in a virtual environment, naturally acquiring equipment operation skills through repeated practice. By choosing and completing either loading or unloading missions, users can systematically practice the actual work procedures required on-site and develop practical skills.
Additionally, the smart port yard zone—which is difficult to access in reality—is recreated in 3D, allowing for more detailed indirect tours and in-depth exploration than what is possible in the real environment.
Approximately 5 minutes
Korean
PC
Smart Port Reach Stacker Operation VR Content Composition
The Smart Port Reach Stacker Operation VR content allows users who are new to equipment operation to learn the basic controls step-by-step through a tutorial. Users can choose between loading or unloading tasks to experience real-world operational scenarios.
The content is designed with a viewpoint that reflects the actual driver's perspective, allowing users to vividly observe the container landscape in the smart port yard. The joystick, gear lever, and boom operation mechanisms are implemented precisely in the same position and manner as the actual equipment, minimizing the gap between virtual experience and real-world operations.
By repeatedly performing tasks like picking up and unloading containers, users practice controlling the boom and movement of the reach stacker. This process not only improves driving skills but also provides a sense of accomplishment through mission completion and enhances immersion in the experience.
It is a vehicle used for handling containerized cargo, capable of quickly transporting over short distances and stacking containers in various rows depending on the approach method.
Mode Selection
Joystick: Controls boom lowering and raising, extending and retracting
Twist Lock: Locks via button press
Gear Lever: Controls equipment forward and reverse movement
Steering: Controls equipment driving direction
IMXR® Smart Port Reach Stacker VR Specialized Technology
01. Implementation of Smart Port
The main port area of Busan New Port's fully automated smart container terminal (1,400,000㎡) is recreated in a realistic environment. Samwoo Immersion used Unreal Engine 5 and photo‑realistic CG to replicate the real port with no polygon or detail constraints.
02. Optimization Technology by Samwoo
Advanced optimization across polygons, lighting, and textures allows seamless VR execution of the complex smart port environment. Leveraging Samwoo Immersion’s tech, the VR content delivers port‑level fidelity and immersion.
03. Unreal Engine Development
This content is designed based on Unreal Engine 5.3, featuring an operation system that closely resembles the experience of driving an actual vehicle. The operation elements are implemented using Unreal Engine 5.3's precise physics processing capabilities and real-time interaction technologies. This allows users to experience forward and reverse driving, turning, and precise stopping, similar to a real test drive. As a result, the content is designed to naturally enhance the driving sense and spatial awareness required for equipment operation.
04. Instructor Control Integration
Installed within a VR Station Cabin, synced with control computers and electronic desks. Instructors can monitor individual or group progress in real time, control power, manage content operation, and oversee the experience.
IMXR® Smart Port Reach Stacker VR Features
01. Realistic Implementation of Hydraulic Boom Operation
02. Separation of Loading and Unloading Practical Tasks Experience
Beyond simply lifting and moving containers, users can clearly distinguish the procedures for loading and unloading tasks as they are carried out in actual port environments. By utilizing yard trucks for each task, users can perform the operations according to the real-world work processes, enabling systematic learning based on practical operations.
Key Scenes of the Content
H/W Solution
The VR Station Cabin operates within a 2m x 2m space, eliminating physical hazards to ensure a smooth experience. It provides users with interactions closely resembling those they would encounter in a real physical environment. Utilizing a modern design, the VR HMD used is the Meta Quest 2, enabling deep immersion in virtual reality. Through spatial and temporal experiences in VR, users can freely navigate the boundaries between reality and imagination.
Implementation Case
Responding to the demand for smart port digital transformation in major ports and national policies, Samwoo Immersion supports technology innovation among Southeast Region companies linked to the port‑logistics innovation platform.
Immersed the moment you grow! Maximize your potential with XR and AI (X‑RAI) technologies.
If you have any questions about the content of Samwoo Immersion or have any inquiries regarding purchase, You can get more detailed information and help with purchase through the 'Contact Us' button below.
Contact Us
📞 Phone Inquiry ㅣ 1600-1663 ✉ Email Inquiry ㅣ info@samwooim.com
* Please be sure to include your company information and contact information.
📅 Operating hours ㅣ Weekdays 9:30~18:30 * Lunch time : 12:30 ~ 13:30 (Closed on Saturdays, Sundays and public holiday