Project Overview
This project is a technical exploration of the Harman Kardon Neo Speaker, focusing on reverse-engineering its iconic perforation system through parametric modeling. By analyzing reference imagery, the goal was to decode the geometric logic of its elongated rectangular patterns with rounded corners and fixed widths that transition dynamically from the center to the edge. The result is a precise 3D reconstruction that highlights the interplay of algorithmic design and industrial aesthetics.
Design Challenge
The Neo Speaker’s perforated shell features a sophisticated linear pattern where rectangular openings are distributed along 45-degree diagonal line with precise, uniform spacing.
· Linear Alignment: Perforations follow a grid of parallel 45-degree lines, creating a dynamic yet orderly visual rhythm.
· Progressive Scaling: Rectangular openings maintain a fixed width but lengthen toward the center, transitioning from near-square shapes at the edges to elongated forms near the core.
· Geometric Continuity: Rounded corners and consistent spacing ensure seamless integration with the speaker’s silhouette.
Technical Execution
· 3D Modeling: Rhinoceros 3D
· Parametric Design: Grasshopper 3D
· Rendering: KeyShot
· Post-Processing: Adobe Photoshop | KeyShot
