Volumetric Venus Atmospheric Layer Planet For Blender is a three-dimensional model of the planet Venus featuring a volumetric representation of its dense atmospheric layers, designed specifically for use in Blender.

This model includes a detailed spherical planet core surrounded by volumetric cloud layers simulating the thick sulfuric atmosphere of Venus. It features realistic lighting interaction, depth, and density variations within the atmosphere, allowing for cinematic rendering and advanced visual effects. The setup is optimized for Blender, enabling easy integration into scenes with controllable volumetric shaders and rendering parameters.

For space visualization projects, astronomy simulations, scientific animations, cinematic rendering, educational content, visual effects production, game development, and virtual reality applications.

Volumetric Venus Atmospheric Layer Planet For Blender is a high quality, photo real 3d model that will enhance detail and realism to any of your rendering projects. The model has a fully textured, detailed design that allows for close-up renders, and was originally modeled in Blender. Renders have no postprocessing!

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Features:

- High quality polygonal model, has real dimensions. Easy to merge into your scene.

- Units: cm

- The model was created with the optimal number of polygons. (The Meshsmooth modifier is assigned to the original mesh. Easy to increase mesh resolution if necessary.)

- All the objects come with complete UVs

All textures and materials are included and mapped. (All colors can be easily modified.)

- All objects are logically named and grouped for ease of objects selection and scene management.

- No part-name confusion when importing several models into a scene.

- No cleaning up necessary (Model does not include any backgrounds or scenes used in preview images.) - just drop model into your scene.

- No special plugin needed to open scene.

- PBR Materials

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Textures Formats:

- 5 png (24576x12288)

- 1 png (8192x4096)

- Dimensions 12007 x 12007 x H12007 m

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(c) 3d_molier International