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Telesto and Calypso scaled one in 500 thousand

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STL Folder details Close
  • calypso_1_2_10_5.stl
  • calypso_1_5_10_5.stl
  • calypso_north_1_2_10_5.stl
  • calypso_north_1_5_10_5.stl
  • calypso_south_1_2_10_5.stl
  • calypso_south_1_5_10_5.stl
  • telesto_1_2_10_5.stl
  • telesto_1_5_10_5.stl
  • telesto_north_1_2_10_5.stl
  • telesto_north_1_5_10_5.stl
  • telesto_south_1_2_10_5.stl
  • telesto_south_1_5_10_5.stl

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Publication date 2021-03-29 at 10:45
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Published to Thingiverse on: 2019-10-19 at 04:48
Design number 350048
tato_713

tato_713

3D printer file info

3D model description

These models were rendered using MATLAB R2016a on the ICQ models of the PSI made from the data of the Cassini mission.
The file's names explained: name_1_x_10_y.stl is 1 : x * 10y. So _1_6_10_7 is 1:600000000 or one in 60 million.

S13 Telesto
Telesto is a small moon of Saturn, orbiting in the same orbit of Tethys 60 degrees before the bigger moon. This point of relatively stable orbit relative to two bigger objects is known as Lagrangian point L4, where the atraction of the orbited object (Saturn) is equal to that of the coorbital object (Tethys) in the rotational reference.

Type: Satellite
Orbit: Saturn. Coorbital with Tethys and Calypso.
Orbital period: 1.888 d.
Composition: Icy body, mostly water ice.
Density: ? g/cm3.

Dimensions: 32.6 km × 23.6 km × 20.0 km.
Model scale: 1:2x105 (17cm) 1:5x105 (7cm)

S14 Calypso
Similar to Telesto but 60 degrees after Tethys, Calypso is stable in the L5 point of the bigger moon. These kinds of orbit are also known as trojan orbits, trojans of Tethys; it is not a formal name, but an analogy to the trojans of Jupiter.

Type: Satellite
Orbit: Saturn. Coorbital with Tethys and Telesto.
Orbital period: 1.888 d.
Composition: Icy body, mostly water ice.
Density: ? g/cm3.

Dimensions: 30.2 km × 23 km × 14 km.
Model scale: 1:2x105 (15cm) 1:5x105 (6cm)

References
"Thomas, P., Joseph, J., and Ansty, T., Saturn Small Moon Shape Models V1.0. urn:nasa:pds:saturn_satellite_shape_models::1.0. NASA Planetary Data System, 2018." Surf to STL function for MATLAB

Other astronomical objects



Object


Scale [1:x]
K = 103 (thousand)M = 106 (million)G = 109 (billion)


Image




Inner Solar System



Mercury
20M, 60M,
120M



Venus
60M,
120M,
250M



Earth
60M,
120M,
250M



Luna
10M, 20M,
60M



Mars
20M, 60M,
120M



Phobos and Deimos
200K,
500K




Artificial



Salyut 7
40, 48, 80, 160




Near Earth Asteroids



Moshup and Squannit
8K,
20K,
40K



Ra-Shalom
20K,
40K



Castalia
8K,
20K,
40K



Bacchus
8K,
20K



Bennu
3K,
8K



Ryugu
3K, 8K,
20K



Geographos
40K,
80K



Phaethon
40K,
80K



Itokawa
3K,
8K



Eros
80K, 200K,
500K



Nereus
3K,
8K



Mithra
20K,
40K



Golevka
8K



Toutatis
40K,
80K




Main Asteroid Belt




Gaspra
200K



Annefrank
40K,
80K



Braille
20K,
40K



Vesta
2M, 4M,
10M



Šteins
40K,
80K,
200K



Iris
2M,
4M



Hebe
1M,
2M,
4M



Lutetia
500K, 1M,
2M



Julia
1M,
2M,
4M



Mathilde
500K,
1M



Juno
2M,
4M



Ceres
4M,
10M



Pallas
4M,
10M



Kleopatra
2M,
4M



Ida
<a href="/tato_713/collections/one-in-500-thousa

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