Photoreal Procedural Rock Shader – Blender Cycles Ready
This highly realistic Procedural Rock 3D model is designed to deliver ultra-realism, flexibility, and maximum performance for professional environments. Created entirely in Blender v4.2.2 with a fully procedural Cycles material system, the shader simulates natural rock surfaces and weathered stone, ideal for landscapes, environments, cinematic backgrounds, and game-ready scenes. No external textures are needed, making it lightweight and efficient while giving you endless customization possibilities.
With 10,247 vertices and 20,480 polygons, the mesh is clean, optimized, and perfectly suitable for rendering or 3D printing workflows. The procedural material ensures non-repetitive, tile-free patterns and includes customizable surface parameters such as roughness, color, and scale. This makes it perfect for projects ranging from photorealistic renders to educational visualization and interactive real-time applications.
Geometry & Mesh Details
- Vertices: 10,247 | Polygons: 20,480
- Topology: Clean, optimized polygonal mesh
- Subdivision Ready and UV unwrapped
- Scalable for both low-poly and high-poly use
- Suitable for rendering, animation, and printing
Material & Shader System
- Built using a physically-based Cycles node system
- Fully procedural, no external image textures required
- Adjustable parameters for color variation and surface detail
- Works seamlessly in Blender and exportable to other formats
Applications
- Games & Environments: Forests, landscapes, rocks, outdoor scenes
- Cinematics & VFX: Realistic backgrounds, natural detailing
- Education & Research: Geology, terrain studies, Blender demonstrations
- 3D Printing: Rock props, terrain prototypes, miniatures
File Formats Included
- .BLEND (with full shader & mesh)
- .FBX, .OBJ, .STL (for universal compatibility)
Why Choose This Model?
Unlike typical scanned rocks or image-based textures, this asset offers a 100% procedural, customizable shading system with unlimited variations, ensuring professional-quality results at any resolution. It is highly optimized, works across different hardware setups, and is versatile enough for rendering, real-time engines, or 3D printing workflows.
If you are a game developer, cinematic artist, environment designer, or educator, this asset provides all essentials:
? Realism
? Performance
? Flexibility
