Publication date: 2023-04-13
Buy Mars Planet Photorealistic 8k 3d Model 3D model
$3
License: Royalty Free
Rigged
PBR
Realtime
Animated
Free
author:
amanhelios
Renders and source materials belong to the author amanhelios.
Specifications
- Platform
- cgtrader
- Animated
- Rigged
- 3D Print ready
- VR / AR / Low-poly
- PBR
- Textures
- Materials
- UV Mapping
- Polygons
- 4992
- Vertices
- 4996
- Geometry
- No N-gons | No faceted geometry | Manifold geometry |
Usage recommendations
Realtime rendering
✕
PC Game development
✕
Mobile Game Development
✕
VR/AR applications
✕
Visualisation
✓
Cinema
✓
Advertising
✓
3D Printing
✕
CAD Engineering
✕
E-Commerce & Interactive 3D Web
✕
FAQ
Is this a free 3D model?
No, this model costs $3.
How do I download this 3D model?
Click the "Go to purchase" button to buy and download this model.
What license applies to this model?
This model comes with a Royalty Free license. See the seller's page (via "Go to purchase") for the full terms.
Does it include rigging and animation?
Yes, this model is rigged and animated. Detailed specs are listed in the Specifications block.
Does this model have UV mapping?
Yes, this model has UV mapping. Detailed specs are listed in the Specifications block.
What textures and materials does this 3D model include?
This model has textures and materials, including PBR. Detailed specs are listed in the Specifications block.
Can I use it for 3D printing?
No, this model is not intended for 3D printing.
Additional information
A 3D model of Mars designed for space videos and documentaries would be a highly detailed and accurate representation of the planet's surface, terrain, and features. The model would be built using modern techniques and software tools, and would incorporate high-quality 8K textures and physically-based rendering (PBR) materials to create a realistic and immersive experience for viewers.
The surface of the model would accurately depict the color and texture of Mars' rocks, sand, and dust, using high-resolution texture maps that capture the subtle variations in color and roughness. The model would also include accurate representations of Mars' many geological features, such as craters, canyons, and mountains, and would use PBR materials to accurately simulate how light interacts with different surfaces.
The 3D model would be designed to be viewed from a variety of angles and distances, allowing filmmakers and documentarians to use it in a wide range of shots and compositions. It would be optimized for use in real-time rendering engines, allowing it to be incorporated into interactive experiences and virtual reality applications.
The surface of the model would accurately depict the color and texture of Mars' rocks, sand, and dust, using high-resolution texture maps that capture the subtle variations in color and roughness. The model would also include accurate representations of Mars' many geological features, such as craters, canyons, and mountains, and would use PBR materials to accurately simulate how light interacts with different surfaces.
The 3D model would be designed to be viewed from a variety of angles and distances, allowing filmmakers and documentarians to use it in a wide range of shots and compositions. It would be optimized for use in real-time rendering engines, allowing it to be incorporated into interactive experiences and virtual reality applications.
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