3D Model Optimization for XR

HP/HyperX · Summer 2025

Developed a comprehensive guide and demonstration of 3D model optimization techniques for mobile, web, and AR/VR applications, using the HyperX Cloud 3 headset as a case study to show how complex 3D models can be made accessible across all devices.

Role & Objective

•Served as the Augmented Reality Developer to create a streamlined pipeline for converting CAD product models to Web, mobile, VR, AR, and Game ready models.
•Aimed to simplify complex 3D models so they load quickly and run smoothly on phones, tablets, and computers.
•Targeted creating a universal 3D model format that works across all devices and platforms.

Actions Taken

•Reduced the original CAD HyperX Cloud 3 S model from millions of triangles to just 20,000 using Blender.
•Converted the model to GLB format - a universal file type that works on phones, computers, and AR/VR headsets.
•Optimized textures and materials to maintain visual quality while reducing file size for faster loading.
•Tested the model across different devices to ensure smooth interaction and fast loading times.
•Created an interactive web viewer using Google's Model Viewer to demonstrate the optimized model.
•Used projected diffuse maps from high-poly to low-poly models to texture the HX3D models.

Results & Impact

•Successfully created a mobile-friendly 3D model that loads in seconds instead of minutes.
•Established a standardized optimization process that can be applied to any 3D model for web and mobile use.
•Demonstrated how complex 3D assets can be made accessible to users on any device, regardless of technical limitations.
•Created a reusable template and best practices guide for future 3D optimization projects at HyperX.