Rosetta Philae Lander

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- Editorial Uses Allowed
Extended Uses May Need Clearances
The intellectual property depicted in this model, including the brand "esa", is not affiliated with or endorsed by the original rights holders. Editorial uses of this product are allowed, but other uses (such as within computer games) may require legal clearances from third party intellectual property owners. Learn more.
Included Formats
3ds Max 2012 V-Ray 2.8
Rhino
Other
OBJ
documentation.pdf
Philae Support Documentation
lighting.hdr
solar-panel-module.jpg
Carbon Fiber1.jpg

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3D Model Specifications
Product ID:863464
Published:
Geometry:Polygonal
Polygons:3,170,766
Vertices:3,170,766
Textures:Yes
Materials:Yes
Rigged:No
Animated:No
UV Mapped:Yes
Unwrapped UVs:Mixed
Artist
TurboSquid Member Since May 2003
Currently sells 41 products
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Legal Notice: The intellectual property depicted in this model, including the brand "esa", is not affiliated with or endorsed by the original rights holders.

Description
Rosetta Philae Lander

Model Information

This model was built using reference images with exact measurements and within scale, and took over 80 hours to complete. The base model was built in NURBS for accuracy, and converted into a very clean editable mesh under 3ds Max. It should be noted that this model does not include the Rosetta delivery mothership, just the Lander module.

Also available are two universal engineering file formats, .STP and .3DM. Both are suitable for most 3d program packages.

Renderer

The default renderer is VRay under 3ds Max. If you dont have VRay, it is recommended that you import the OBJ or STP formats, which are free of materials and lighting.

UVWs

The 3ds Max model has UVs assigned to the parts where texturing is needed, such as the solar paneling and the leg structures.

It should be noted that both STP and 3DM file formats do not have UVW mapping applied to any part.

Animation

It would be possible to animate this model, all the hinges and articulation points are present.

Rosetta Philae Lander Technical Data

Philae is a robotic European Space Agency lander that accompanies the Rosetta spacecraft. It is designed to land on comet 67P/ChuryumovGerasimenko. The lander is expected to achieve the first controlled touchdown on a comet nucleus. Its instruments should obtain the first images from a comet's surface and make the first in situ analysis to find out what it is made of.

The lander is named after Philae Island in the Nile where an obelisk was found and used, along with the Rosetta Stone, to decipher Egyptian hieroglyphics.

Scientific goals

The scientific goals of the mission focus on elemental, isotopic, molecular and mineralogical composition of the cometary material, the characterization of physical properties of the surface and subsurface material, the large-scale structure and the magnetic and plasma environment of the nucleus.

Spacecraft properties

Launch mass 100 kg (220 lb)[1]
Payload mass 21 kg (46 lb)[1]
Dimensions 1 1 0.8 m (3.3 3.3 2.6 ft)[1]
Power 32 watts at 3 AU
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