Nature & waves

Raining Clouds

Move small discs beneath overhead streams to catch and redirect falling rain.

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RainfallDeflectionWater paths

Explore every angle

3D MODEL
Raining Clouds water table concept showing two overhead rain manifolds, a rim valve and movable interception discs

Load the 3D model to rotate and zoom. Approx. 3.0 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

Start the shower

Open the rim valve to supply the overhead clouds.

02

Place a disc

Move a small disc into one of the falling streams.

03

Redirect the water

Change its position and observe where the intercepted rain goes.

A CLOSER LOOK

Perspective render

Explore the arrangement of two overhead rain manifolds, a rim valve and movable interception discs.

Raining Clouds — perspective concept render. Final detailing is developed for the exhibit installation.

LEARNING THROUGH PLAY

What visitors can discover

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

Deflection

An object placed in a stream changes the water's route.

Position

Small movements can create different splash and runoff patterns.

Comparison

Compare a clear path with one interrupted by a disc.

PART OF A BIGGER WATER TABLE

Planning Raining Clouds

Keep discs and their working area within reach while positioning rain sources overhead. Develop flow distribution and splash collection around the intended play zone.

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 Raining Clouds could fit your water table.

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Perspective render

Concept perspective render