Immersive VR Experience for Industrial Interaction & Visualization

Our Solution

We developed a VR hangar demo centered around an interactive aircraft repair scenario, enriched with realistic assets, spatial audio, and multiplayer capability.

1. Interactive Aircraft Maintenance Simulation

Users enter a large virtual hangar featuring two aircraft. The focal point is a repair-ready airplane engine displayed on a stand, allowing users to explore, inspect, and manipulate parts in real time.

Key Features

• High-resolution models and lighting for visual impact

• Exploded view animations of the engine assembly

• Cross-sectional inspections to view internal components

• Hand-tracked teleportation, free walking, and joystick navigation

• Interactive tool stations and UI hotspots

• Ambient sounds and real-time audio feedback

2. Environmental Interaction & Multiplayer Mode

To deepen immersion, we added interactive hangar elements and enabled synchronized multiplayer sessions for collaborative demos and presentations.

Key Features:

• Multiplayer mode (up to 10 users, non-role based)

• Working control panels for crane and ventilation systems

• Functional cockpit buttons with responsive audio/visual feedback

• Passive exploration of a second aircraft’s dismantled front section

• Layered spatial audio and ambient effects

Technical Overview

Scope of Work

We provided end-to-end development, covering:

• Concept design & interactive storyboard

• High-resolution 3D modeling (aircraft, hangar, tools)

• Environment design and optimization for standalone performance

• Development of exploded view and cutaway inspection logic

• Custom multiplayer logic and session management

• Audio design: ambient loops, mechanical sounds, user feedback cues

• QA, performance testing, and delivery

Why VR? – Strategic Benefits

VR is ideal for industries needing visual accuracy, complex interaction, and cost-effective demonstration tools.

For This Project:

• Highlights the graphic fidelity of standalone headsets

• Demonstrates real-time interaction with mechanical systems

• Supports both individual learning and group demos

• Flexible for sales, expos, training, and internal presentations

In General:

• Speeds up product understanding via experiential learning

• Reduces travel and logistics with virtual prototyping

• Provides scalable, shareable tools for global teams

• Enhances stakeholder engagement with shared 3D experiences

The Result

The i360 Demo is a feature-rich, standalone VR application that:

• Delivers high-end visuals and interaction on untethered hardware

• Provides a reusable template for future product demos or training tools

• Supports solo and team experiences across platforms

• Proves that PC-like performance is possible on mobile VR devices

This project redefines what’s possible in standalone VR — making it a compelling option for industrial training, product presentations, and technical visualization.