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Oloid – A Mathematical Sculpture in Motion — image 1
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Oloid – A Mathematical Sculpture in Motion

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A mesmerizing geometric form where mathematics, motion, and design merge into a striking sculptural masterpiece.

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The Oloid is a fascinating geometric form created from two identical perpendicular circles, each centered on the other’s circumference. First discovered by Paul Schatz in 1929, the oloid is known for its elegant shape and extraordinary rolling motion.

Unlike conventional 3D objects, an oloid has the unique ability to roll smoothly while continuously changing its contact surface. During one complete rotation, every point on its surface touches the ground, making it both mathematically intriguing and visually captivating.

This rendered oloid combines precision geometry, smooth curvature, and vibrant aesthetics to create a modern sculptural object suitable for design showcases, educational demonstrations, or artistic installations. Its fluid form symbolizes balance, motion, innovation, and harmony between mathematics and art.

Key Features

  • Unique geometric structure based on two intersecting circles

  • Smooth rolling motion with full surface contact

  • Minimalist yet futuristic design

  • Suitable for engineering, mathematical, and artistic applications

  • Available in multiple vibrant color variations

The oloid stands at the intersection of science, design, and creativity, transforming a mathematical concept into a visually striking object. Whether used as a display piece, research model, or design inspiration, it represents the beauty hidden within geometry.

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