Verification details of the FBX file
No N-gonsNo faceted geometryManifold geometry
PBR texturesNo embed texturesSquare texturesPower of 2 texture sizesAssigned materials
No UV overlapsUV unwrapped model
Description
Bring cinematic realism and procedural precision to your 3D scenes with this Procedural Glowing Space Asteroid – Sci-Fi Rock. This high-quality, versatile asset is perfect for use in science fiction environments, space animations, visual effects, games, VR/AR applications, and educational simulations. It features a handcrafted geometry combined with procedural materials, detailed craters, and glowing emission effects, offering both scientific accuracy and creative storytelling potential.
Model OverviewExpertly designed to represent a naturally eroded celestial body, this asteroid model includes deep impact craters, rugged surface details, and customizable glowing highlights. Ideal for close-up renders, background placement, or cinematic sequences, it blends performance-friendly geometry with high-detail aesthetics, making it equally suitable for real-time and offline rendering workflows.
Key Technical Details
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Software Used: Blender v4.2.2
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Render Engine: Cycles
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Geometry Type: Triangulated for consistent shading
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Vertices: 20,994
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Polygons: 20,992
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Topology: Clean and evenly distributed mesh for smooth deformation and efficient rendering
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Scale: Real-world accuracy for asset integration
Material and Shader System
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Fully Procedural Setup: Infinite texture scalability without UV stretching issues.
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Customizable Emission: Adjust glow color, intensity, and style to match your scene’s lighting.
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Surface Detailing: Displacement-ready setup for added realism.
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Non-Destructive Workflow: Shader parameters can be altered without affecting geometry, ensuring flexibility in post-production.
Formats Included
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.blend: Native Blender file with full material and lighting setup
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.fbx: Compatible with most 3D software packages
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.obj & .stl: Ready for 3D printing and physical prototyping
Use Case Scenarios
- Space scenes & cinematic shots
- Sci-fi games and VR experiences
- Educational astronomy visualizations
- 3D printing for collectibles and display pieces
- Concept art for films and animations
Performance & Optimization
- Balanced polygon count for both real-time rendering and high-resolution offline rendering.
- Optimized file size for fast import and easy integration into projects.
- Procedural texturing ensures no dependency on external image files.
Why This Model?
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Procedural Advantage: No image textures, meaning infinite resolution scalability and minimal file size.
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Customizable Visuals: Change colors, glow effects, and surface details directly within your 3D software.
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Cross-Platform Compatibility: Works in Blender, Unreal Engine, Unity, Maya, and other major 3D tools.
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Versatile Use Cases: Ideal for films, games, VR/AR, education, and 3D printing.
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Optimized for Efficiency: Clean mesh structure, manageable polygon count, and lightweight file size.
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Creative Freedom: Easily integrate into photorealistic or stylized space environments without extra adjustments.
Whether you’re building a hyper-realistic asteroid belt, simulating a meteor impact, or designing a sci-fi scene, this model delivers the flexibility, detail, and performance needed for professional results.