Starting With the Earth as a Marble, This Is the First Timelapse of the Solar System to Scale

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When looking in a science textbook or a toy mobile of the solar system, it’s easy to depict the sun, planets and moon to scale in comparison to each other. What’s not so easy to visually comprehend the staggering distance that separates each planet on its individual orbit around the sun. Filmmakers Alex Gorosh and Wylie Overstreet challenged themselves to build such a model and the result is this fascinating short film To Scale.

Starting with the Earth as the size of a marble, it turns out you need an area about 7 miles (11.2km) to squeeze in the orbit of the outermost planet, Neptune. The team used glass spheres lit by LEDs and some GPS calculations to map out the solar system on the dry bed of the Black Rock Desert in Nevada. Once nighttime arrived they shot a timelapse from a nearby mountain that accurately reflects the distance of each orbital path at a scale of roughly 1:847,638,000. Amazing.

If you have more questions about how they did it, here’s a brief making of clip. (via Colossal Submissions)

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When standing next to the Earth in the scale model, the orb representing the sun appears exactly the same size as the actual sun.

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