Nature & waves

Clouds & Mountain

Follow rainfall down a mountain landscape into its shallow catchment.

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RainfallWatershedsRunoff

Explore every angle

3D MODEL
Clouds & Mountain water table concept showing two rain clouds over twin mountain peaks, runoff rivulets and a shallow catchment

Load the 3D model to rotate and zoom. Approx. 2.8 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

Rain on the peaks

Use the controls to supply the clouds above the mountain.

02

Trace a stream

Follow a rivulet as it travels down a slope.

03

Find the catchment

Observe where water from different paths gathers at the base.

A CLOSER LOOK

Perspective render

Explore the arrangement of two rain clouds over twin mountain peaks, runoff rivulets and a shallow catchment.

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

LEARNING THROUGH PLAY

What visitors can discover

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

Land and water

Surface shape helps determine where runoff travels.

Watersheds

Different slopes can direct rainfall toward different collecting areas.

Scale models

A small landscape makes a larger natural process easier to follow.

PART OF A BIGGER WATER TABLE

Planning Clouds & Mountain

Keep the rain controls accessible and the slopes visible from the visitor side. Coordinate the catchment, return drainage and cloud supply with the host table.

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 Clouds & Mountain could fit your water table.

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Perspective render

Concept perspective render