VR allows architects and designers to create immersive experiences that enable clients to visualize and interact with their projects in a realistic way.

Head-mounted displays (HMDs) are the most widely used VR technology for architectural walkthroughs and presentations due to their portability and affordability.

VR facilitates collaboration by enabling real-time virtual meetings, allowing multiple users to simultaneously explore and modify designs, and providing a shared virtual space for design reviews and feedback.

VR plays a crucial role in sustainable architecture and design by helping assess the environmental impact of materials, simulating energy performance and daylighting conditions, and facilitating the design of energy-efficient and environmentally friendly buildings.

VR enhances the user experience by allowing users to virtually explore and interact with spaces, customize their environments, and engage their senses through immersive experiences.

FBX (.fbx) is a widely used industry standard file format for importing 3D models into VR applications for architecture and design due to its compatibility with various software and its ability to preserve model hierarchy and animations.

Virtual reality world-building is the process of creating realistic and immersive virtual environments for architectural and design projects, involving the integration of 3D models, textures, lighting, and interactive elements.

Unity is a popular software platform widely used for creating and developing VR applications for architecture and design due to its ease of use, extensive asset library, and compatibility with various VR headsets.

VR contributes to urban planning and design by enabling the visualization and simulation of urban environments, facilitating public participation, and helping assess the impact of design decisions on various factors.

360-degree photography is commonly used for creating immersive and interactive virtual tours of architectural and design projects, allowing users to navigate and explore the spaces in a realistic manner.

VR supports interior design and space planning by enabling the visualization of design options, allowing clients to experience different layouts, and facilitating collaboration between designers and clients.

Virtual reality photogrammetry is the process of capturing real-world environments and converting them into immersive VR experiences for architectural and design projects using specialized software and techniques.

VR contributes to heritage preservation and restoration by enabling the creation of virtual replicas, facilitating documentation and analysis, and providing immersive educational experiences.

Haptic gloves are commonly used for creating interactive and engaging VR experiences that allow users to interact with virtual objects and environments by providing tactile feedback and sensations.

VR enhances architectural education and training by providing immersive experiences, enabling exploration of virtual models, and facilitating collaboration and peer learning.