Orbit

2023

304 Stainless Steel
92 × 54 × 54 inches
800 lbs.

I've always been fascinated by the elegance of systems in motion- from the movement of planets to the invisible structure of molecules. Orbit grew from that fascination and my desire to create a sculpture that was not only visually dynamic, but physically alive.

At first glance, the composition appears suspended in a moment of balance, yet every major element was designed to move. The sculpture combines rotating spheres with independently spinning hemispheres, creating an ever-changing composition that never presents quite the same view twice. Rather than simply representing movement, I wanted movement to become an essential part of the sculpture itself.

Turning that idea into reality became an engineering challenge unlike any I had undertaken. I began with hand sketches and a working maquette built from small bearings before developing the sculpture in CAD. Months of design, calculation, and refinement followed as I engineered a system that could conceal motors, bearings, drive assemblies, and machined components entirely within the sculpture's forms.

Every mechanical element was carefully designed, from custom-machined aluminum components to laser-cut stainless steel parts and precision drive systems. The final sculpture incorporates one motor that rotates the overall composition while additional motors independently rotate each hemisphere, creating a continuously evolving interplay of form, balance, and motion.

A Personal Note

I've always enjoyed the challenge of solving problems that seem impossible at first. For me, Orbit became much more than a sculpture- it became an opportunity to blend art, engineering, and curiosity into a single work. My hope is that viewers first enjoy its movement, then begin to wonder how it works, and finally leave appreciating that creativity and engineering are often inseparable.

YouTube Video Credit: Emily Gregoire

Samuel Lynne Galleries