Unreal VR Configurator
A full-stack 3D product configuration system combining React frontends and a custom CMS with an Unreal Engine VR configurator deployed in 100+ stores, supporting real-time 3D customization and improving load performance by 40% through code splitting, caching, and asset optimization.
About
The Unreal VR Configurator transforms retail product customization from a flat, 2D experience into an immersive 3D journey. Deployed across more than 100 retail locations, this system allows customers to visualize and customize products in virtual reality before making purchasing decisions.
The architecture spans multiple technologies: React powers the customer-facing web interfaces and management dashboards, while a custom CMS handles product configurations, pricing rules, and content management. At the heart of the experience lies the Unreal Engine VR configurator, rendering photorealistic 3D models that customers can manipulate in real-time.
Three.js and WebGL provide fallback 3D experiences for users without VR headsets, ensuring broad accessibility while maintaining visual quality. This dual approach—high-end VR for flagship stores, WebGL for broader reach—maximized the project's impact.
Performance optimization was critical given the 3D asset sizes and VR's demanding frame rate requirements. Through aggressive code splitting, intelligent caching strategies, and extensive asset optimization including LOD (Level of Detail) models and texture compression, we achieved a 40% improvement in load times without sacrificing visual quality.
The ongoing nature of this project (2021–Present) reflects its success and continuous evolution. New product lines are regularly added, the VR interaction paradigms are refined based on user feedback, and the underlying technology stack is kept current with emerging best practices.
Key Features
- •Deployed in 100+ retail stores
- •Real-time 3D product customization in VR
- •React-based management interface and CMS
- •WebGL fallback using Three.js for broader accessibility
- •40% performance improvement through optimization
- •Level of Detail (LOD) system for smooth VR framerates
Challenges & Solutions
- →Optimizing large 3D assets for real-time VR rendering
- →Maintaining 90 FPS for comfortable VR experiences
- →Designing intuitive VR interaction patterns
- →Managing state synchronization between web and VR components