Molten Core Asteroid - Procedural Sci-Fi Rock Model 3D model

Molten Core Asteroid – Procedural Sci-Fi Rock is a highly realistic, fully procedural 3D model created in Blender v4.0.2 and rendered using the Cycles render engine. This asset represents a detailed asteroid rock with glowing lava-filled craters, sharp impact zones, and a rugged surface topology. The model is crafted using procedural shading techniques—no image textures are used—which makes it highly customizable, resolution-independent, and lightweight in terms of memory usage.

This model is ideal for cinematic space environments, science fiction scenes, educational simulations, and real-time games. It can be used to depict asteroid fields, cosmic debris, alien planetary fragments, or even high-energy space anomalies in visual storytelling.

The glowing interiors simulate molten lava effects with animated emission shaders. You can tweak crater size, glow intensity, displacement, and surface details via Blender’s intuitive node groups. This gives you granular control without the need to bake or re-texture the model, keeping workflows efficient and creative.

• Procedural Shader-Based Materials – No image textures; everything is controlled through Blender’s node system for infinite resolution flexibility and parameter control
• Molten Lava Core Effects – Glowing crater interiors using dynamic emission shaders with adjustable intensity and glow spread
• Detailed Surface Geometry – High-resolution mesh with deep impact craters, layered fractures, and physically inspired surface noise
• Customizable Node Parameters – Easily modify crater depth, glow strength, displacement, and roughness with exposed node sliders
• Modular Design – Easily duplicated and rotated for asteroid belts or space debris clusters
• Game & Render Ready – Optimized topology ensures fast viewport rendering and clean results in animations

• Software: Blender v4.0.2
• Render Engine: Cycles
• Vertices: 61,925
• Polygons: 61,921
• Geometry Type: Fully Procedural
• Shader System: Node-Based Material
• UV Unwrapping: Not Required
• Texture Maps: None
• File Formats Included: .blend (with procedural shaders), .fbx, .obj, .stl

• Sci-Fi Games and VFX: Use as asteroid debris, alien planetary fragments, or interactive props in game environments or cinematic space scenes
• Animations and Simulations: Ideal for slow-motion asteroid fly-bys, impact sequences, or destruction simulations using custom particle FX
• Scientific Visualization: Useful for geology demonstrations, asteroid behavior studies, or space science educational content
• 3D Printing (Experimental): Suitable for glow-in-the-dark or translucent filament use; crater and lava structures translate well in physical prints for display pieces

• Blender project file (.blend) with fully procedural material setup
• Exported versions in .FBX, .OBJ, and .STL formats
• Emission shader groups and lava glow setup included
• Clean topology with optimized polygon count
• Non-overlapping, watertight geometry
• No image textures needed — resolution-independent

This model is not just a simple space rock — it is a visually compelling, technically optimized, and creatively flexible asset built with professional pipelines in mind. Whether you're working on a game, a cinematic short, or a scientific simulation, this asteroid can easily be dropped into your scene without hassle. Its procedural setup makes it adaptable to any resolution or platform without requiring texture downloads or UV mapping. You save time, boost performance, and gain total control.

With three successful sales already, it has proven market appeal. If you're looking to elevate your sci-fi scene with minimal setup and maximum visual impact, this model delivers.