virpil cm3 3d models
686 3d models found related to virpil cm3.
prusaprinters
C type asteroid. Density: 1.3 g/cm3. Dimensions: 66 km × 48 km × 46 km. Model scale: 1:5x105 (12cm) 1:1x106 (6cm)References"Stooke. P., Stooke Small Body Shape Models V2.0. EAR-A-5-DDR-STOOKE-SHAPE-MODELS-V2.0. ...NASA Planetary Data...
prusaprinters
g/cm3. Dimensions: 2.3 km × 900 m × 800 mModel scale: 1:2x104 (12 cm) 1:4x104 (6 cm) 1:8x104 (3cm)ReferencesShape Model of Hartley 2.Surf to STL function for MATLAB Other astronomical objectsInner Solar SystemArtificialNear Earth...
prusaprinters
Chaotic rotation. Composition: Icy body, mostly water ice, high porosity. Density: 0.544 g/cm3. Dimensions: 360.2 km × 266.0 km × 205.4 km. Model scale: 1:4x106 (9cm) 1:2x106 (18cm)References"Thomas, P., Joseph, J., and Ansty, T.,...
prusaprinters
Main Asteroid Belt. Orbital period: 4.62 yr. Composition: Silicate rock and ice Density: 3 g/cm3. Dimensions: 550 km × 516 km × 476 km Model scale: 1:1x107 (5cm) 1:4x106...
prusaprinters
Rubble pile.Density: 1.2 g/cm3.Dimensions: 216 km × 204 km × 168 kmModel scale: 1:4x106 (5cm) 1:2x106 (10cm)References"Stooke. P., Stooke Small Body Shape Models V2.0. EAR-A-5-DDR-STOOKE-SHAPE-MODELS-V2.0. ...NASA Planetary Data System,...
prusaprinters
If you were in the surface the Sun will move in the sky so slow that a solar day in Mercury last 2 Mercury's years.Type: Planet. Orbit: Sun. Orbital period: 87.969 d. Rotational period: 58.646 d. Composition: Rocky, mostly iron...
prusaprinters
Subsurface ocean.Density: 1.8344 g/cm3. Dimensions: 4820.6kmModel scale: 1:6x107 (8cm), 1:1.2x108 (4cm)ReferencesMExLab GeoportalSurf to STL function for MATLAB Other astronomical objectsInner Solar SystemArtificialNear Earth AsteroidsMain...
prusaprinters
S type Density: 2.6 g/cm3.Dimensions: 59.8 km × 25.4 km × 18.6 km Model scale: 1:5x105 (12cm) 1:1x106 (6cm)References"https://sbn.psi.edu/pds/resource/oshape.html"Surf to STL function for MATLAB Other astronomical objectsInner Solar...
prusaprinters
G-type. Density: 1.55 g/cm3 Dimensions: 262 km × 205 km × 164 km Model scale: 1:1x106 (26cm) 1:2x106 (13cm) 1:4x106 (6.5cm)ReferencesShape model of asteroid (130) Elektra from optical photometry and disk-resolved images from VLT/SPHERE...
prusaprinters
It has big craters in its surface, most likely made by the material expelled from the comet rather than impact events.Type: Comet.Orbit: Sun. Orbital period: 6.408 yr.Composition: Icy body. Density: 0.6 g/cm3. Dimensions: 5.5 km × 4.0...
prusaprinters
g/cm3.Dimensions: 43.4 km × 38.2 km × 26 km . Model scale: 1:5x105 (8cm) 1:1x106 (4cm)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...
prusaprinters
Subsurface ocean. Density: 3.013 g/cm3. Dimensions: 3121.6 km. Model scale: 1:2x107 (18cm) 1:6x107 (6cm)ReferencesSurf to STL function for MATLAB Other astronomical objectsInner Solar SystemArtificialNear Earth AsteroidsMain Belt...
prusaprinters
Unusual.Density: 3.4 g/cm3.Dimensions: 121 km × 101 km × 75 km.Model scale: 1:5x105 (22cm) 1:1x106 (11cm) 1:2x106 (5cm)References"Farnham, T.L., SHAPE MODEL OF ASTEROID 21 LUTETIA, RO-A-OSINAC/OSIWAC-5-LUTETIA-SHAPE-V1.0, NASA Planetary Data System,...
prusaprinters
... G type asteroid. Density: 2.161 g/cm3. Dimensions: 965.2 km × 961.2 km × 891.2 km. Model scale: 1:1x107 (10cm) 1:4x106 (24cm)ReferencesPark, R.S. and Buccino, D.R., Ceres SPC Shape Model Dataset V1.0. DAWN-A-FC2-5-CERESSHAPESPC-V1.0.
prusaprinters
Like most of the big icy moons in the Solar System it is highly deformed because the gravitational influence from its parent body.Type: Satellite Orbit: Uranus. Orbital period: 2.52 d. Composition: Icy body, differentiated interior,...
prusaprinters
... Subsurface ocean.Density: 1.478 g/cm3. Dimensions: 1128.8 km × 1122.6 km × 1119.2 km. Model scale: 1:2x107 (22cm) 1:1x107 (11cm) 1:4x106 (5cm)References"Gaskell, R.W., Gaskell Dione Shape Model V1.0. CO-SA-ISSNA/ISSWA-5-DIONESHAPE-V1.0.
prusaprinters
Irregular (highly inclined and retrograde). Orbital period: 550.564 d.Composition: Icy body, differentiated interior, rocky core. Density: 1.638 g/cm3. Dimensions: 218.8 km × 217.0 km × 203.6 km. Model scale: 1:1x106 (20cm)...
cults3d
Density: 1.936 g/cm3. Dimensions: 5268.2 km Model scale: 1:6x107 (9cm) 1:1.2x108 (4cm) References Steinbrügge, Gregor & Steinke, Teresa & Thor, Robin & Stark, Alexander & Hussmann, Hauke. (2019). Measuring Ganymede’s Librations with Laser...
cults3d
Density: 1.27 g/cm3. ... Dimensions: 49528 km × 48682 km Model scale: 1:2.5x108 (20cm) 1:5x108 (10cm) 1:1x109 (5cm) References Source of the images Surf to STL function for MATLAB Other astronomical objects Object Scale [1:x]...
cults3d
S type Density: 2.7 g/cm3. ... Dimensions: 18.2 km × 10.5 km × 8.9 km Model scale: 1:2x105 (9cm) References "https://sbn.psi.edu/pds/resource/oshape.html" Surf to STL function for MATLAB Other astronomical objects Object ...
cults3d
Density: 0.687 g/cm3. ... Dimensions: 120536 km × 108728 km Model scale: 1:5x108 (24cm) 1:1x109 (12cm) References Surf to STL function for MATLAB Other astronomical objects Object Scale [1:x]...
cults3d
... Density: 3.9 g/cm3 Dimensions: 2.1 km × 1 km × 1 km Model scale: 1:2x104 (10cm) 1:4x104 (5cm) References A Model for Rotation and Shape of Asteroid 9969 Braille from Ground-Based Observations and Images Obtained during the Deep Space 1 (DS1) Flyby.
cults3d
Density: 2.061 g/cm3. Dimensions: 2706.8 km Model scale: 1:2x107 (14cm) References P. M. Schenk. Cartographic and topographic mapping of the icy satellites of the outer solar system. ...2008 .Surf to STL function for MATLAB Other astronomical...
cults3d
Density: 0.79 g/cm3. Dimensions: 296 km x 264 km x 204 km Model scale: 1:4x106 (7.5cm) 1:2x106 (15cm) References F. ...Braga-Ribas (2014) Leiva (2017) Other astronomical objects Object ...
prusaprinters
It is the smallest of the rounded moons of Uranus, about the size of Mimas or Enceladus, of the Saturn System.Type: Satellite. Orbit: Uranus. Orbital period: 1.413 d. Composition: Icy body. Density: 1.2 g/cm3. Dimensions: 480...
prusaprinters
Gas giant. Orbit: Sun. Orbital period: 29.4571 yr.Composition: Hydrogen, helium atmosphere; metallic hydrogen mantle, rocky core.Density: 0.687 g/cm3. Dimensions: 120536 km × 108728 km Model scale: 1:5x108 (24cm) 1:1x109...
prusaprinters
Subsurface ocean.Density: 1.936 g/cm3.Dimensions: 5268.2 kmModel scale: 1:6x107 (9cm) 1:1.2x108 (4cm)ReferencesSteinbrügge, Gregor & Steinke, Teresa & Thor, Robin & Stark, Alexander & Hussmann, Hauke. (2019). Measuring Ganymede’s...
prusaprinters
Coorbital with Telesto and Calypso Orbital period: 1.888 d. Composition: Icy body. Density: 0.984 g/cm3. Dimensions: 1076.8 km × 1057.4 km × 1052.6 km. Model scale: 1:4x106 (10cm) 1:1x107 (10cm) 1:2x107...
prusaprinters
Contact binary. Density: 0.533 g/cm3.Dimensions: 5 km × 3 km × 3 km Model scale: 1:2x104 (24 cm) 1:4x104 (12 cm) 1:8x104 (6cm)References"ESA/RMOC, SPC-ESA MTP019 CARTESIAN TRIPLATE MODEL FOR COMET 67P/C-G OBJ FORMAT HI RES,...
prusaprinters
Ice giant. Orbit: Sun. Orbital period: 84.02 yr. Composition: Hydrogen, helium atmosphere; water ammonia and methane mantle, rocky core. Density: 1.27 g/cm3. Dimensions: 49528 km × 48682 km Model scale: 1:2.5x108 (20cm)...