For the new Lesnina shopping center in Rijeka, we created a 3D visualization encompassing the entire commercial complex—including Lesnina and Mömax buildings, surroundings, parking areas, roads, and urban equipment. Visual communication is becoming an increasingly important tool in planning and promoting construction projects, and in this case, the visualization served not exclusively aesthetic presentation but also strategic planning, investment negotiations, and communication with the local community and potential partners. Through a realistic depiction of the future state, all project stakeholders could gain a clear picture of spatial organization, functionality, and visual identity of the complex before construction itself began.
Approach to architectural model creation and technical precision
In the initial project phase, focus was placed on the accuracy of 3D models of the main buildings—models were created according to official technical drawings and architectural renders to faithfully convey spatial composition and volume relationships within the complex. Special emphasis was placed on facade elements: colors, textures, materials, and advertising signs, with the goal of achieving a realistic impression and visual identity with future buildings. Visual elements such as branded signs and advertising billboards were integrated according to graphic preparations provided by the client, achieving credibility of depiction that allows investors and partners to clearly see how the brand will be positioned within the space and how the building will look in its real environment.
Details of spatial context and environmental design
One of the challenges in creating such visualizations is proper design of the surroundings, especially in the context of realistic depiction of urban infrastructure—for this project we used an internal database of ready-made 3D models of urban equipment including benches, lighting fixtures, traffic signs, road markings, curbs, and horticultural elements. This approach accelerated the production process while simultaneously enabling easy replacement or refinement of details according to actual designer specifications or local government requirements. By using standardized elements with customization capability, we achieved a high level of control over each segment of space without compromising the project budget—green belts, pedestrian paths, and parking edge elements were modeled to reflect actual conditions and planned functionality of the space.
Use of vehicle models and depiction of parking areas
Parking areas were modeled with the aim of depicting everyday functionality of the space, so vehicles from a standard base of generic 3D models were positioned on them, realistically depicting a typical situation in a shopping center parking lot. When needed, specific vehicle models from actual manufacturers can be used, which is particularly useful when the client wants to visually depict the target user profile or add an additional layer of authenticity to the visualization. Vehicle placement is not random—positions are aligned with traffic solutions and traffic organization to ensure the scene is consistent with the planned functionality of the center, with attention paid to road visibility, safety requirements, and logic of vehicle movement through the space.
Technical execution and visualization format
The visualization was created using advanced 3D modeling and rendering tools, employing a multi-layered approach to depiction—from geometric foundation, through texturing and material assignment, to simulation of lighting and atmospheric conditions. Using modern rendering engines, a high degree of realism was achieved, with effects such as shadows, reflections on glass surfaces, ambient light, and perspective relationships carefully balanced to ensure the final depiction is faithful to the actual spatial experience. The image was generated in high resolution suitable for printing for promotional purposes, and can be adapted as needed for web display, use in presentations, or integration into interactive platforms such as virtual tours.
Practical application and multiple value of visualization
Such a 3D visualization has multiple values for different project stakeholders—investors can make faster and more informed investment decisions based on the depiction, clearly seeing spatial layout and relationships between buildings. For local authorities and citizens, the visualization enables insight into the future appearance of urban space, contributing to transparency of the planning process and reducing potential resistance to new construction interventions, as all interested parties can see the final result before work begins. For marketing purposes, the visualization is used in promotional campaigns and as a visual foundation for multimedia presentations, and can be adapted for use in virtual tours that allow potential tenants and customers to become more familiar with the space.
Spatial perception and possibilities for further development
Such projects open up additional possibilities for integrating advanced functionalities—such as simulation of pedestrian flows that can help optimize positioning of entrances and passages, depiction of traffic dynamics for analyzing road load in different time periods, or even seasonal variations of vegetation and lighting that illustrate the space's appearance in different seasons. Visualizations serve not only as depictions of building appearance but as tools for testing functionality, communication between zones, accessibility for different user groups, visual barriers, and integration into the existing urban context—significantly raising planning quality and reducing the risk of subsequent changes that would be more expensive and complex to implement.
Value for end users and the wider public
What end users often underestimate is how much such visualizations can influence their behavior and decisions when using the space—clearly presented space, with realistic depiction of accessibility, environmental design, lighting conditions, and traffic organization, contributes to a sense of trust and confidence in the project. Through this way of presentation, the wider public gains the ability to clearly understand the scope and impact of construction interventions in their community, which is particularly important for larger projects that change the view of settlements or affect citizens' daily movement. Visualization thus becomes a bridge between technical documentation, often incomprehensible to laypeople, and actual spatial perception that everyone can intuitively understand and evaluate.
Why Lesnina chose Prolink for 3D visualization production
When selecting a partner for creating the 3D visualization of the new shopping center, Lesnina sought a team with experience in modeling complex commercial complexes and understanding of specific requirements that such projects bring—from precise depiction of facade elements and branded surfaces to realistic design of surroundings and traffic infrastructure. Prolink's approach to visualization creation encompasses not only technical precision but also understanding of how visual materials will be used in different project phases—from investment negotiations and communication with the local community to marketing campaigns and presentations to potential tenants. During production, from initial consultations and analysis of project documentation to final rendering and corrections, collaboration proceeded through regular agreements and adjustments based on client feedback. If you are considering creating 3D visualizations for your architectural or construction project—whether a smaller building or a complex commercial complex—we are here to discuss the approach and scope that best suit your specific needs and goals.