Special Offer! Off

Selected items only. See more offers in My Account.

Asteroid 1.1 3D model

Royalty Free License
- All Extended Uses
Included Formats
Blender 2.78c Blender Render

Don't see the file format you need?

Free File Format Conversion

Complete Confidence

Have questions? Chat with us now.

Live Chat Now 24/7
3D Model Specifications
Product ID:1228895
Geometry:Polygonal Quads/Tris
UV Mapped:Yes
Unwrapped UVs:Mixed
TurboSquid Member Since June 2010
Currently sells 4 products
Product Rating
Asteroid 1.1                                    

3D model of a ficticious asteroid. The natural looking surface mesh of the asteroid is formed by an recursive subdivision method, which is loosly based on the fractal terrain generation approach by Martz [1] or Miller [2]. Larger craters are done by a sophisticated algorithm using MeshLab (Cigoni et.al. [3]). For smaller craters, detailed bump maps are used.

The mesh consists of quite evenly distributed tri- and quadrangles. No fancy program specific modifiers are used to maintain portability. The polygon count is just high enough for providing both close up shots and low enough for a large amount of instances.

A highly realistic look of the smaller craters is provided by the use of very high polygon models representing common impact crater cross sections and height map generation.

Modeled in Blender and Meshlab. Rendered in Blender 2.78c. The native Blender file comes with the full render setup.

Included Texture(s):
   - diffuse.png (2000 x 2000 pixels)
   - bump.png (2000 x 2000 pixels)

Features and Remarks:
- Tools for Modeling: Combination of Blender (version 2.78c) and MeshLab (version 1.3.2_64bit)
- Recursive Subdivision method was implemented in Blender as a python addon
- Tri- and quadrangle mesh topology
- Native scene format is Blender (.blend)
- Rendered in Blender render engine (version 2.78c)
- Colored lighting setup is include
- UV-mapped: Connected UVs (UV-islands) don't overlap and don't fold. UV-islands share included texture maps. UV islands are layered with respect to the texture maps.

[1] Paul Martz. Generating random fractal terrain. Accessed: 2017-11-23.
[2] Gavin SP Miller. The definition and rendering of terrain maps. *SIGGRAPH Comput. Graph.*, 20(4):39--48, August 1986.
[3] Paolo Cignoni, Marco Callieri, Massimiliano Corsini, Matteo Dellepiane, Fabio Ganovelli, and Guido Ranzuglia. MeshLab: an Open-Source Mesh Processing Tool. In Vittorio Scarano, RosarioDe Chiara, and Ugo Erra, editors, *Eurographics Italian Chapter Conference*. The Eurographics Association, 2008.
Related Products
More Products by Artist