Turn it around.
Drag to orbit the model and scroll to adjust your distance. A slow automatic rotation invites exploration.
An imagined robotic octopus.
A real, interactive product experience.
A static image can show the surface. This project explores what happens when visitors can rotate a product, inspect its components, and take the whole assembly apart.
The visual starting point was a reference image of a glass robotic octopus. The result is a procedural interpretation: an organic silhouette built from mechanical geometry, with a transparent mantle and a mint-lit core.
This is a concept recreation, not a commissioned client project or a verified engineering model. Hidden components are illustrative.
Drag to orbit the model and scroll to adjust your distance. A slow automatic rotation invites exploration.
Component tabs shift the view, separate an assembly, and explain its place in the overall design.
A smooth exploded view reveals the shell, core, optics, roots, arms, and lower chassis.
A looping cinematic sequence tours the parts and rebuilds the assembly. A portrait layout supports vertical presentation.
Separate the reference into its main forms: glass mantle, dark core, optical rings, radial joints, and segmented arms.
Use spheres, cylinders, tubes, and rings to construct a model entirely from code. Organize the anatomy into six independent assemblies.
Use motion, labels, and focused descriptions to help visitors understand the relationship between components.
A quiet neutral canvas, restrained mint accents, and responsive controls keep the object at the center of the experience.