LOCOMOTION

Walk

Average speed: 50m/hour.
Useful to chill out and watch the clouds.

First fluffy cloud floating in the sky over planet MRCX, adding a dreamy atmosphere to the scene.

Second fluffy cloud gently drifting above planet MRCX, enhancing the celestial vibe.

Third fluffy cloud hovering in the sky, completing the serene and artistic landscape of planet MRCX.

Animated walking stone exploring the surface of planet MRCX, representing a whimsical and creative journey.

Planet MRCX created by Monsieur Cailloux

Run

Average speed: 100m/hour.
Useful to keep out the rain.

Raindrops falling from the cloud, adding movement and a refreshing ambiance to the scene.

A Caillou runs energetically across the MRCX planet, adding a dynamic element to the scene.

GALLOP

Average speed: 200m/hour.
A third leg appears to run faster. At higher speeds, the temperature of the clay increases.

FUSION

If two Cailloux collide at high speed, the temperature is so intense that the clay fuses.

Two stones gallop at high speed and collide, merging into a single entity.

NEW SPECIMEN

It's always nicer to watch the life with a friend.

The newly merged entity walks calmly, symbolizing the union of the two stones after their collision.

Official stamp by Monsieur Cailloux certifying the authenticity of scientific discoveries

REPORT

analysis of the different speeds of movement

The Cailloux of Planet MRCX exhibit fascinating locomotion, perfectly adapted to their environment. Their speed varies depending on their movement: when walking, they reach an average speed of 50 m/h, when running, they accelerate to 100 m/h and finally, their gallop, made possible by the appearance of a third leg, allows them to reach an impressive speed of 200 m/h.This diversity in locomotion demonstrates their extraordinary biological adaptation. But I saw them moving in groups, what is it for?

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High-speed fusion

When a Caillou reaches its maximum speed while galloping, the air resistance generated at such high velocity causes a significant increase in temperature. At these extreme speeds, the clay that forms their structure begins to melt, creating a semi-liquid layer on the surface. This thermal fusion phenomenon is unique to the species and not only modifies their external structure but also strengthens their resilience to environmental elements.

New specimens

When two Cailloux collide at high speed, the heat generated by the air resistance reaches a critical threshold, allowing the creation of a new specimen, formed by the combination of the clay layers of both individuals. The specimens created in this way possess unique characteristics inherited from the two original Cailloux, such as variations in color, texture, or even shape. This fascinating process illustrates a singular form of reproduction and raises new questions about their biology.