Case study
06
Introduction
Introduction
This project enables defense company to evaluate the human factors and ergonomics of next-generation armored vehicle interiors through a full-scale mixed-reality environment.
The system supports multi-user simultaneous access, allowing engineers, operators, and commanders to collaboratively review spatial design, operational reachability, and visibility in real time.
Client
Defense Company
NeedsClient
Crew Ergonomics Assessment
Evaluate seating posture, control reach, and comfort factors using a full-scale mixed-reality crew environment.
Evaluate seating posture, control reach, and comfort factors using a full-scale mixed-reality crew environment.
Evaluate seating posture, control reach, and comfort factors using a full-scale mixed-reality crew environment.
Spatial Layout Validation
Validate interior layouts by reviewing equipment placement, movement paths, and cabin usability in true scale.
Validate interior layouts by reviewing equipment placement, movement paths, and cabin usability in true scale.
Validate interior layouts by reviewing equipment placement, movement paths, and cabin usability in true scale.
Mixed-Reality Prototype Evaluation
Overlay digital controls and panels onto a physical mockup to assess prototype designs without building hardware.
Overlay digital controls and panels onto a physical mockup to assess prototype designs without building hardware.
Overlay digital controls and panels onto a physical mockup to assess prototype designs without building hardware.
Multi-User Design Review
Allow three trainees to enter the MR environment simultaneously, enabling coordinated review and shared situational awareness.
Allow three trainees to enter the MR environment simultaneously, enabling coordinated review and shared situational awareness.
Allow three trainees to enter the MR environment simultaneously, enabling coordinated review and shared situational awareness.
Human-Machine Interface Testing
Test the usability and visibility of critical controls, displays, and interaction flows in simulated operational scenarios.
Test the usability and visibility of critical controls, displays, and interaction flows in simulated operational scenarios.
Test the usability and visibility of critical controls, displays, and interaction flows in simulated operational scenarios.
Operational Workflow Simulation
Simulate mission workflows to evaluate efficiency, task sequencing, and cooperative trainees operations.
Simulate mission workflows to evaluate efficiency, task sequencing, and cooperative trainees operations.
Simulate mission workflows to evaluate efficiency, task sequencing, and cooperative trainees operations.
Safety & Accessibility Review
Assess safety zones, emergency access, and visibility constraints to ensure safe and accessible cabin design.
Assess safety zones, emergency access, and visibility constraints to ensure safe and accessible cabin design.
Assess safety zones, emergency access, and visibility constraints to ensure safe and accessible cabin design.
Mixed Reality Overlay on Physical Mockups
Full-Scale XR Simulation
Multi-User Synchronous Networking
Central Monitoring Dashboard
1:1 Cabin Digitization
Motion & Reach Analysis Tools
Line-of-Sight Visualization
Scenario-Based Interaction Testing
Mixed Reality Overlay on Physical Mockups
Full-Scale XR Simulation
Multi-User Synchronous Networking
Central Monitoring Dashboard
1:1 Cabin Digitization
Motion & Reach Analysis Tools
Line-of-Sight Visualization
Scenario-Based Interaction Testing
Mixed Reality Overlay on Physical Mockups
Full-Scale XR Simulation
Multi-User Synchronous Networking
Central Monitoring Dashboard
1:1 Cabin Digitization
Motion & Reach Analysis Tools
Line-of-Sight Visualization
Scenario-Based Interaction Testing
About
The solution allows crew members to sit inside a physical mockup of the vehicle while digital controls, interior layouts, and interaction elements are overlaid through mixed reality, enabling highly accurate ergonomic and operational evaluations.
Multiple users can join the same virtual environment simultaneously, while a centralized monitoring dashboard tracks participant views, interactions, and scenario progress for comprehensive oversight.
The solution allows crew members to sit inside a physical mockup of the vehicle while digital controls, interior layouts, and interaction elements are overlaid through mixed reality, enabling highly accurate ergonomic and operational evaluations.
Multiple users can join the same virtual environment simultaneously, while a centralized monitoring dashboard tracks participant views, interactions, and scenario progress for comprehensive oversight.
The solution allows crew members to sit inside a physical mockup of the vehicle while digital controls, interior layouts, and interaction elements are overlaid through mixed reality, enabling highly accurate ergonomic and operational evaluations.
Multiple users can join the same virtual environment simultaneously, while a centralized monitoring dashboard tracks participant views, interactions, and scenario progress for comprehensive oversight.
Business Impact
Business Impact
By combining real physical mockups with mixed-reality overlays, defense company 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.
By combining real physical mockups with mixed-reality overlays, defense company 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.
By combining real physical mockups with mixed-reality overlays, defense company 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.
