VR Applications in Architecture

Virtual Tours, 360° Experiences, and Immersive Project Presentations

What are VR applications in architecture?

VR applications make it possible to experience architectural projects immersively before they are built.
Spaces are not merely depicted, but rendered experiential. Users can navigate through the project, shift perspectives, and develop an immediate understanding of space, proportion, and atmosphere.

What forms of VR and immersive applications exist?

Today, VR in architecture encompasses a wide variety of different formats.
These range from classic virtual tours based on 360° panoramas to freely explorable real-time models—known as Real-time VR—which enable particularly dynamic visualizations. Complementing these are an increasing number of web-based applications that function directly within a browser, as well as hybrid solutions that combine real-world environments with virtual content.
Augmented Reality (AR)—in which digital models are superimposed onto the real environment—and Mixed Reality applications further expand the possibilities for visualization. This creates a broad spectrum of immersive presentation formats, ranging from easily accessible solutions to highly interactive experiences.

What is a virtual tour?

A virtual tour is based on linked 360° panoramas.
Users navigate between predefined viewpoints and can intuitively explore spaces. This format is particularly accessible, as it works on almost all devices—from desktops to smartphones.
Virtual tours are particularly well-suited for presentations and marketing, as they can be used without any technical barriers.

What is real-time VR?

In real-time VR, the user can move freely within the space and actively interact with the environment.
Lighting, materials, or elements such as sunshades can be directly modified and experienced. This fosters a particularly profound understanding of the design.
These applications are frequently utilized in planning processes, showrooms, or presentations, using appropriate hardware.

Welche Rolle spielen webbasierte und mobile VR-Anwendungen?

Web-based VR applications enable access without the need for specialized software or hardware.
Projects can be opened directly via a link or QR code—even on-site at the construction site or within a real-world context. This allows virtual content to be directly compared with, or superimposed upon, the built environment.
This format is particularly effective for marketing, communication, and broad accessibility.

What is the difference between VR, AR, and Mixed Reality?

VR (Virtual Reality) describes entirely virtual spaces.
AR (Augmented Reality) augments the real environment with digital content—for instance, by displaying a planned building directly at its intended site.
Mixed Reality combines both approaches, enabling direct interaction between real and virtual elements.
All three technologies open up distinct possibilities for making architecture understandable and experiential.

What advantages do VR applications offer?

VR concepts foster an immediate spatial understanding.
Sizes, proportions, and atmospheres can be grasped intuitively—something that is often only possible to a limited extent with plans or images. As a result, decisions can be made on a more informed basis, and designs can be communicated more effectively.
At the same time, immersive VR experiences offer a particularly impressive form of presentation that infuses projects with emotional resonance and leaves a lasting impression.

How is VR used in marketing?

VR is a powerful tool in real estate and project marketing.
Virtual tours and interactive applications make it possible to experience projects regardless of location and to visualize them at an early stage. Furthermore, interactive VR walkthroughs offer an even more immersive spatial experience; prospective buyers can navigate through spaces independently and develop a feel for the project.
Thanks to their easy accessibility via the web or mobile devices, these applications can be utilized in a wide variety of ways—from website integration to on-site presentations.

Can VR also be used in the planning process?

VR is increasingly being utilized in the design and planning process as well.
Architects can spatially review designs, compare variants, and identify early on how a space feels. Even simplified models yield valuable insights in this context and support well-founded decision-making.

How does loomn work in the field of VR?

We always develop VR solutions from the perspective of usage and objectives.
Together with our clients, we determine the most appropriate form of presentation—whether an accessible virtual tour, an interactive real-time application, or a hybrid solution. In doing so, we take into account the target audience, the intended environment, and technical constraints.
Our collaboration is close and iterative, resulting in applications that are compelling in terms of both content and technical execution.

What expertise does loomn bring to the table?

Our strength lies in the fusion of architectural understanding, visual design, and technological implementation.
We create digital presentation solutions that not only function effectively but also convey content with clarity and make it a tangible experience. To achieve this, we strategically utilize a diverse range of technologies, combining them into a presentation format that is perfectly tailored to the specific project.

Who is Virtual Reality suitable for?

Virtual Reality is aimed at architects, property developers, project developers, and professionals in real estate marketing.
VR is ideal whenever spatial concepts need to be clearly communicated, decisions require support, or content is to be made spatially experiential.

How can a project be started?

Tell us about your project and your objectives.
Together, we will develop a suitable VR application—ranging from simple virtual tours to complex, interactive experiences.

Overview of VR Applications in Architecture

Service Impact
Virtual Tours Making architecture walkable
360° Panoramas Spatial orientation
Interactive VR Controlling elements & functions
Real-time VR Dynamic representation
Web-based VR Available everywhere