Ergonomic Lightweight Gaming Mouse Concept | 3D Surface Modeling & Rendering

This project demonstrates a complete concept design workflow for a lightweight, honeycomb-style gaming mouse. The objective was to explore ergonomic exterior styling, complex surface transitions, and premium product visualization. Design & Visualization Process: Ideation: Translated initial manual sketches and hand-drawn ergonomic profiles into foundational digital curves. 3D Surface Modeling (Rhino 8): Developed clean NURBS geometry for the outer shell, focusing heavily on precise surface continuity and the intricate honeycomb grille pattern. The viewport clay models demonstrate the flawless mesh topology achieved before rendering. 3D Rendering (KeyShot): Created photorealistic studio presentation images across multiple CMF (Color, Material, Finish) variations, including red, white, grey, and green options. Project Scope & Deliverables: This concept was developed strictly for aesthetic exploration, marketing visualization, and external 3D print prototyping. The CAD data focuses entirely on the exterior shape design and ergonomic proportions; it does not include internal mechanical assemblies, structural shelling, or manufacturing-ready tooling.