This model represents a brown dwarf, a large gas giant that was just a bit to small to become an actual star. Even so, it still has enough mass to fuse some of its hydrogen, giving the brown dwarf a dark orange/brown glow.

This specific brown dwarf star has a surface temperature fluctuating around 800 to 1400 degrees Celsius, giving it a bright yellow glow like that of hot molten steel. This brown dwarf is the hottest and densest of brown dwarfs in my collection. This brown dwarf is hot enough to start to actually start looking like a star like our sun

Thanks to the HD textures and the low poly construction, this model can be used both as a far away background model, as well as a model for close up use.

Technical information

• Render ready for both Eevee and cycles

• Subdivision ready

• Low Poly

• Usable for real time render

• Quads only for optimal performance

• Contains normal HD textures for regular model use (1920 x 960)

• Contains ultra HD textures for close up shot (16000x 8000)

• HDRI background image included (8000 x 4000)

• All textures are unique originals

• Contains albedo, emission, roughness and displacement maps

In real life, this brown dwarf star would have a diameter of around 165.000 km in diameter. Some 3d programs do not display objects of this size very well. In order to avoid complications, and because most users want to decide the exact diameter themselves, the model itself is not scaled to the real life size.

The model consists out of a surface and an atmosphere. The atmosphere creates a slight fade towards the edges of the planet and is made using the facing layer weight node in Blender. Because the node system is different in each 3d program, and because some applications do not need the atmosphere, all export files come in two versions. A version with, and a version without atmosphere.