Poly 3D Modeling & AR Unity Mobile App Development WebGL

Service: Poly 3D Modeling | AR Unity Mobile App Development | WebGL
Location: USA
Time: September 2022 - December 2022

Project Overview

Description:

To enable the presentation of a mechanical assembly from a tank on the web and in Augmented Reality (AR), we optimized the provided 3D data for VR, AR, and WebGL applications. The project included remodeling parts of the assembly into optimized polygon geometry and developing a mobile AR application in Unity. We reduced the 3D data size by approximately 100 times, significantly improving performance and accessibility.

Scope of Work:

1. Poly 3D Modeling:

Remodeled parts of the mechanical assembly into optimized polygon geometry.

Prepared the 3D models for real-time applications across VR, AR, and WebGL platforms.

Reduced the 3D data size by approximately 100 times while maintaining the geometry required for visualization and spatial assessment.

2. AR Unity Mobile App Development:

Developed a mobile application in Unity for presenting and reviewing the mechanical assembly in Augmented Reality.

Enabled users to visualize the assembly within a real-world environment and evaluate spatial fit and compatibility.

Optimized the application and 3D assets for efficient performance on mobile devices.

3. WebGL Optimization:

Optimized the 3D data for interactive web-based presentation using WebGL.

Prepared the model for efficient online visualization and easier access through compatible web browsers.

Key Outcomes:

Optimized Poly 3D Models: Delivered optimized polygon models suitable for VR, AR, and WebGL applications, with the original 3D data reduced by approximately 100 times.

AR Mobile Application: Developed a functional AR application that enabled the mechanical assembly to be visualized and evaluated within a real-world environment.

Spatial Assessment: Enabled users to review the positioning and spatial fit of the mechanical assembly before physical implementation.

WebGL Presentation: Prepared the optimized mechanical assembly for interactive web-based visualization, providing easier access to the 3D data.

By combining 3D data optimization, polygon modeling, AR application development, and WebGL preparation, we transformed complex engineering data into lightweight assets suitable for real-time visualization. The resulting solution enabled the client to present and evaluate the mechanical assembly across mobile AR and web environments while maintaining efficient performance and practical access to the 3D model.