Case study
07
XR-based Evaluation of Automotive Interior Screen Size and Display Types
XR-based Evaluation of Automotive Interior Screen Size and Display Types
Introduction
XR-based Evaluation of Automotive Interior Screen Size and Display Types
This project enables automotive OEM teams to determine optimal screen sizes, display types, and placement within the vehicle interior by using a full-scale XR environment.
Through immersive visualization, designers and engineers can assess readability, ergonomics, and driver distraction before committing to hardware decisions.
This project enables automotive OEM teams to determine optimal screen sizes, display types, and placement within the vehicle interior by using a full-scale XR environment.
Through immersive visualization, designers and engineers can assess readability, ergonomics, and driver distraction before committing to hardware decisions.
This project enables automotive OEM teams to determine optimal screen sizes, display types, and placement within the vehicle interior by using a full-scale XR environment.
Through immersive visualization, designers and engineers can assess readability, ergonomics, and driver distraction before committing to hardware decisions.
Introduction
Client
Automotive OEM
Automotive OEM
Needs
Use Case
Use Case
Display Size Validation
Evaluate different screen sizes to ensure optimal readability and user comfort for drivers and passengers.
Display Size Validation
Evaluate different screen sizes to ensure optimal readability and user comfort for drivers and passengers.
Display Size Validation
Evaluate different screen sizes to ensure optimal readability and user comfort for drivers and passengers.
Screen Placement Assessment
Test various screen positions within the cabin to find the most ergonomic and easily accessible locations.
Screen Placement Assessment
Test various screen positions within the cabin to find the most ergonomic and easily accessible locations.
Screen Placement Assessment
Test various screen positions within the cabin to find the most ergonomic and easily accessible locations.
HMI Visibility Testing
Check how well the human-machine interface elements are visible from different seating positions and angles.
HMI Visibility Testing
Check how well the human-machine interface elements are visible from different seating positions and angles.
HMI Visibility Testing
Check how well the human-machine interface elements are visible from different seating positions and angles.
Driver Distraction Analysis
Assess how screen size, placement, and content may affect driver focus and attention while driving.
Driver Distraction Analysis
Assess how screen size, placement, and content may affect driver focus and attention while driving.
Driver Distraction Analysis
Assess how screen size, placement, and content may affect driver focus and attention while driving.
Interior Concept Evaluation
Validate overall interior design concepts by integrating screens into the XR cabin and observing user interactions.
Interior Concept Evaluation
Validate overall interior design concepts by integrating screens into the XR cabin and observing user interactions.
Interior Concept Evaluation
Validate overall interior design concepts by integrating screens into the XR cabin and observing user interactions.
Technology
Full-Scale XR Simulation
Full-Scale XR Simulation
Real-Time Screen Scaling & Positioning
Real-Time Screen Scaling & Positioning
Figma & ProtoPie Integration
Figma & ProtoPie Integration
Unity Rendering
Unity Rendering
Vision Pro/MR Visualization
Vision Pro/MR Visualization
About
The XR solution allows teams to instantly adjust display dimensions, curvature, and mounting positions inside a true-to-scale virtual cabin, enabling precise evaluation of sightlines, reachability, and overall user comfort.
By loading Figma designs and ProtoPie prototypes directly onto the virtual screens, teams can validate UI flows, animations, and readability exactly as they would appear on the final in-vehicle display.
The XR solution allows teams to instantly adjust display dimensions, curvature, and mounting positions inside a true-to-scale virtual cabin, enabling precise evaluation of sightlines, reachability, and overall user comfort.
By loading Figma designs and ProtoPie prototypes directly onto the virtual screens, teams can validate UI flows, animations, and readability exactly as they would appear on the final in-vehicle display.
Business Impact
This approach eliminates the need for multiple physical mockups by enabling rapid iteration and immediate user testing within a mixed-reality environment.
As a result, automotive OEMs can accelerate decision-making, reduce development costs, and confidently select the most effective screen configuration for production vehicles.
Business Impact
By combining real physical mockups with mixed-reality overlays, HYUNDAI ROTEM can validate crew comfort, control accessibility, and mission workflows long before manufacturing begins, significantly reducing late-stage design risks. Multi-user collaboration and centralized supervision accelerate decision-making, lower development costs, and enhance the overall effectiveness and safety of the next-generation armored vehicle platform.
Byond R Inc.
23000 w 6th st ste 209 Los Angeles, CA 90020
sales@byond-r.com | (213) 249-1905
© 2025 Byond R lnc. All rights reserved
Byond R Inc.
23000 w 6th st ste 209 Los Angeles, CA 90020
sales@byond-r.com | (213) 249-1905
© 2025 Byond R lnc. All rights reserved
Byond R Inc.
23000 w 6th st ste 209 Los Angeles, CA 90020
sales@byond-r.com | (213) 249-1905
© 2025 Byond R lnc. All rights reserved