Prepare the hands-on activity
Identify the loose loop, linked parts and fixed wire path.
REFERENCE VIEWS · IMAGE SEQUENCE 15 sec
Topology Bent Wire Puzzle — design views
Design-image sequence
Inspect the reference images.
Compare Topology Bent Wire Puzzle in five labelled still views. Investigate an irregular bent-wire puzzle by guiding a loose loop around its fixed connections.
Product details & project options Browse the video library · Page 32IMAGE VIEWING GUIDE
Look at the action.
Understand the reference.
Design views of Topology Bent Wire Puzzle. These still images show the reference layout; they do not record the activity in operation.
Plan the comparison
Trace the fixed wire path with your eyes before testing the loop’s next movement; keep every connection closed.
Question to explore
Which apparent openings can the loose loop actually pass through? Separate a visual crossing from a usable opening.
This film sequences existing reference images. It is not continuous operating footage or a moving 3D simulation; final function and configuration follow the agreed project.
Product details & project optionsKEEP EXPLORING
Another movement.
Another possibility.
Mathematics & geometry
Hyperbolic Slit — 3D design preview
A camera view around the archived 3D design for Hyperbolic Slit. A straight moving element and curved slit demonstrate a surprising relationship between motion and geometry.
View the 3D design
Mathematics & geometry
Square-Wheel Vehicle — Physical demonstration
A square-wheeled vehicle and shaped track show how wheel geometry and track profile can work together.
Watch the demonstration
Mathematics & geometry
Square-Wheel Vehicle — 3D design preview
A camera view around the archived 3D design for Square-Wheel Vehicle. A square-wheeled vehicle and shaped track show how wheel geometry and track profile can work together.
View the 3D designFROM CONCEPT TO TURNKEY DELIVERY
Start with the idea.
Bring a sketch, a reference video or a project brief. Let’s discuss the experience, the site and the practical next steps.