Touring Models in Virtual Reality
Embracing the future of digital visualization, Virtual Reality (VR) has emerged as a transformative tool in the realm of architectural design and property viewing. For Accessory Dwelling Units (ADUs), VR provides an immersive, interactive, and highly detailed platform for potential buyers, homeowners, and contractors to explore and experience models like never before.
Benefits:
True-to-Life Experience: VR provides a true-to-life experience that goes beyond traditional 2D blueprints or 3D models viewed on a screen. This level of immersion helps users to better understand the spatial dynamics of the ADU, ensuring that their expectations align with reality.
Enhanced Decision-Making: The comprehensive understanding gained through VR tours aids significantly in the decision-making process. Users can confidently make choices about design, space utilization, and model selection, reducing the likelihood of costly changes or dissatisfaction post-construction.
Time and Cost Efficiency: VR tours can be accessed from anywhere, reducing the need for physical site visits and speeding up the evaluation and decision-making process. This efficiency not only saves time but also contributes to cost savings throughout the project.
Remote Accessibility: Potential buyers or stakeholders who are not able to visit the site in person can still enjoy a comprehensive tour of the ADU model via VR, ensuring inclusivity and accessibility. This global accessibility widens the market reach and ensures that distance is not a barrier to engagement.
High Level of Customization: VR environments can be easily modified and updated, allowing for a high level of customization in showcasing different design options and configurations. Users can experiment with different finishes, materials, and layouts, viewing the changes in real-time.
Enhanced Decision-Making: The comprehensive understanding gained through VR tours aids significantly in the decision-making process. Users can confidently make choices about design, space utilization, and model selection, reducing the likelihood of costly changes or dissatisfaction post-construction.
Time and Cost Efficiency: VR tours can be accessed from anywhere, reducing the need for physical site visits and speeding up the evaluation and decision-making process. This efficiency not only saves time but also contributes to cost savings throughout the project.
Remote Accessibility: Potential buyers or stakeholders who are not able to visit the site in person can still enjoy a comprehensive tour of the ADU model via VR, ensuring inclusivity and accessibility. This global accessibility widens the market reach and ensures that distance is not a barrier to engagement.
High Level of Customization: VR environments can be easily modified and updated, allowing for a high level of customization in showcasing different design options and configurations. Users can experiment with different finishes, materials, and layouts, viewing the changes in real-time.
How
it
Works:
Realistic and Immersive Visualization: VR technology enables the creation of a fully immersive 3D environment where users can explore ADU models in extensive detail. Users wear a VR headset that transports them into a virtual world, providing a 360-degree view of the ADU model as if they were physically present.
Interactive and User-Centric Experience: Within the VR environment, users can navigate through the ADU, exploring different rooms, spaces, and design features. The interactive nature of VR allows users to engage with the environment, opening doors, switching lights on and off, and even modifying elements of the design in real-time.
Interactive and User-Centric Experience: Within the VR environment, users can navigate through the ADU, exploring different rooms, spaces, and design features. The interactive nature of VR allows users to engage with the environment, opening doors, switching lights on and off, and even modifying elements of the design in real-time.
How to use
Ohana VR Experience
Have any questions?
Common Questions
comparing
VR and AR Ohana Tools
What's the difference between the Ohana Augmented Reality and the Virtual Reality tool and when to use each of them?
Virtual reality experience
Interior
primary use
Explore interior options and designs
- A full life sized experience in virtual reality
- Best for exploring interior layouts and interior design aspects
- Instantly tour numerous models without leaving your home
- Gain important perspective on the layout and flow for the interior of the model
- Requires users to use a VR headset
augmented reality app
Exterior
primary use
Instantly place models on the actual site
- Best for nailing down the model size, orientation, placement and exterior style of your model
- A mix of your real world building space and the digital 3d full sized model
- Uses your smart phone or tablet
- Requires users to download the Ohana App
- Gain important knowledge on how the model will look built in that space
