Mobius Strip Pendant

Modeled in: 3ds Max | Unwrapped & Rendered in: 3ds Max | Source: Tutorial Study Based on John Malcolm (Luxxeon 3D)

This 3D model explores a wearable interpretation of the Möbius strip, transforming a mathematical concept into a refined sculptural pendant. Developed entirely in 3ds Max following a tutorial by John Malcolm of Luxxeon 3D, the project focuses on continuous surface geometry, elegant form development, and the relationship between topology and jewelry design.

Particular attention was given to curvature continuity, edge transitions, proportional balance, surface flow, and the integration of mathematical principles into a visually appealing object. The study investigates how abstract geometric concepts can be translated into functional decorative forms while maintaining clarity, elegance, and manufacturable design logic.

The clay presentation highlights form development, geometric precision, and surface continuity without the influence of materials, reflections, or textures. By focusing exclusively on geometry, the pendant’s continuous construction, flowing silhouette, and structural relationships remain the primary focus of the study.

Original tutorial concept and design belong to John Malcolm (Luxxeon 3D) and their respective rights holders.

3D modeling study, interpretation, and visualization by Kemal Korkmaz.

Related Keywords

Mobius Strip, Mobius Pendant, Möbius Strip Pendant, John Malcolm, Luxxeon 3D, Jewelry Design, Mathematical Art, Topology, Geometric Design, Parametric Design, Abstract Geometry, Surface Modeling, Form Study, 3ds Max, Hard Surface Modeling, CGI, Digital Art, Clay Render, 3D Modeling, Visualization, Concept Modeling, Digital Sculpture, Product Design, Computational Design, Work In Progress, WIP