Nature & waves

Ripple Plate

Dip a central plunger into a shallow plate and watch ripples spread outward.

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WavesPatternsObservation

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3D MODEL
Ripple Plate water table concept showing a shallow circular plate, central plunger, front grip and illustrative concentric ripple rings

Load the 3D model to rotate and zoom. Approx. 0.6 MB.

Design concept shown in a fixed pose. The 3D view explores the form; effects and mechanisms are illustrative.

FROM ACTION TO DISCOVERY

How the interaction works

01

Dip the centre

Press the grip to disturb the water with the central plunger.

02

Follow the rings

Observe ripples moving outward from the disturbance.

03

Try another rhythm

Let the surface settle or create another disturbance and compare the pattern.

A CLOSER LOOK

Perspective render

Explore the arrangement of a shallow circular plate, central plunger, front grip and illustrative concentric ripple rings.

Ripple Plate — perspective concept render. Final detailing is developed for the exhibit installation.

LEARNING THROUGH PLAY

What visitors can discover

This concept brings waves, patterns and observation into a shared water-table setting. Visitors can explore the idea at their own pace and compare what they notice with a partner.

Wave motion

A local disturbance can travel across a much wider surface.

Patterns

Concentric rings make the wavefronts easier to recognise.

Timing

Spacing repeated actions changes how disturbances meet.

PART OF A BIGGER WATER TABLE

Planning Ripple Plate

Keep the grip and plate visible at the table edge. Develop the shallow working depth, plunger travel and surface stability for clear ripple observation.

The arrangement can be developed for a museum, science centre or play space as part of a custom water table. Final dimensions, materials and operating performance are established during design and engineering.

See the complete water table exhibit →

Make this discovery part of your exhibit.

Let’s explore how Ripple Plate could fit your water table.

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Perspective render

Concept perspective render