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Kepler's Rings

Kepler's Rings 3d printed Accessories Mathematical Art
Kepler's Rings 3d printed Accessories Mathematical Art
Kepler's Rings 3d printed Accessories Mathematical Art
Digital Preview

Not a Photo

Kepler's Rings 3d printed Accessories Mathematical Art
Kepler's Rings 3d printed Accessories Mathematical Art
Digital Preview

Not a Photo

Kepler's Rings 3d printed Accessories Mathematical Art
Kepler's Rings 3d printed Accessories Mathematical Art
Digital Preview

Not a Photo

Kepler's Rings 3d printed Accessories Mathematical Art
Kepler's Rings 3d printed Accessories Mathematical Art
Digital Preview

Not a Photo

Kepler's Rings 3d printed Accessories Mathematical Art White Strong & Flexible
Kepler's Rings 3d printed Accessories Mathematical Art White Strong & Flexible
Digital Preview

Not a Photo

Kepler's Rings 3d printed Accessories Mathematical Art Blue Strong & Flexible Polished
Kepler's Rings 3d printed Accessories Mathematical Art Blue Strong & Flexible Polished
Digital Preview

Not a Photo

Kepler's Rings 3d printed Accessories Mathematical Art Pink Strong & Flexible Polished
Kepler's Rings 3d printed Accessories Mathematical Art Pink Strong & Flexible Polished
Digital Preview

Not a Photo

Kepler's Rings 3d printed Accessories Mathematical Art White Strong & Flexible Polished
Kepler's Rings 3d printed Accessories Mathematical Art White Strong & Flexible Polished
Digital Preview

Not a Photo

Kepler's Rings 3d printed Accessories Mathematical Art Purple Strong & Flexible Polished
Kepler's Rings 3d printed Accessories Mathematical Art Purple Strong & Flexible Polished
Digital Preview

Not a Photo

Kepler's Rings 3d printed Accessories Mathematical Art Black Strong & Flexible
Kepler's Rings 3d printed Accessories Mathematical Art Black Strong & Flexible
Digital Preview

Not a Photo

Kepler's Rings 3d printed Accessories Mathematical Art
Kepler's Rings 3d printed Accessories Mathematical Art
Digital Preview

Not a Photo

3d Model Viewer

About this Product

Hold the asteroid belt in the palm of your hand. The shape of this model is defined by the orbits of the 50 largest asteroids in our solar system. The thickness of each orbit in the model is proportional to the size of the asteroid it represents. The largest asteroid in the model (the thickest path, at an angle to most others) is the dwarf planet Ceres, which makes up about 30% of the mass of the asteroid belt. Asteroid belt data comes from a high precision NASA funded database put together by the Lowell Observatory: ftp://ftp.lowell.edu/pub/elgb/astorb.html.

Dimensions

IN: 3.135 w x 3.376 d x 1.348 h
CM: 7.962 w x 8.576 d x 3.424 h
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