The Procedural Dark Planet – Stylized Sci‑Fi Space World is a meticulously crafted, fully procedural 3D planetary scene built for artists, designers, game developers, and educators who seek high‑quality, versatile, and ready‑to‑use assets. Designed entirely in Blender v4.2.2, this asset utilizes a 100% node‑based procedural shader system, eliminating the need for external texture maps while offering limitless customization for lighting, surface details, and atmospheric effects.

Its cinematic look comes from a dual‑light setup, combining a soft ambient rim light with a dramatic, high‑contrast sun glow. The result is a planet that works equally well in realistic space renders, stylized sci‑fi artwork, educational astronomy visualizations, and VR/AR immersive experiences. Whether you are building a galaxy scene for a video game, creating cinematic concept art, or preparing visuals for a scientific project, this model provides unmatched flexibility and visual appeal.

Features & Components

1. Procedural Shader Network

• Fully parameterized for color adjustments, planetary hue shifts, atmosphere density control, and light intensity balancing.
• Allows quick iteration without texture replacement.
• Perfect for generating unique planetary designs for multiple projects.

1. Dual‑Light Cinematic Illumination

• One side features cool ambient light, enhancing rim highlights and curvature definition.
• The other side uses a warm sun glow, producing dramatic contrast and depth.
• Works beautifully for close‑up renders and wide establishing shots.

1. High‑Quality Mesh Geometry

• Vertices: 16,040
• Polygons: 16,040
• Clean, optimized geometry with an ideal balance of performance and detail.
• Suitable for both high‑resolution renders and 3D printing without further optimization.

1. Full Customization Capability

• Change planet scale, surface roughness, glow effects, and atmosphere intensity within seconds.
• Easily adaptable to match specific project needs—realistic, stylized, or fantasy.

1. Real‑Time Ready

• Fully compatible with Eevee for fast previews and animation workflows.
• Optimized for smooth performance in complex scenes without sacrificing quality.

Technical Specifications

• Software Version: Blender v4.2.2
• Render Engines: Cycles & Eevee (optimized)
• File Formats: .blend, .fbx, .obj, .stl
• UV Mapping: Procedural (no baked textures required)
• Scale: Real‑world, metric units
• Scene Setup: Includes lighting, camera, and material presets
• Dependencies: None – all materials are procedural and self‑contained

Included Files

• Native Blender file with complete shader setup, lighting, and scene organization
• FBX, OBJ, and STL formats for compatibility with other software
• Organized collections with named layers for easy editing
• Adjustable parameters for instant visual changes

Use Cases

• Game Development: Planetary environments, background assets, and cinematic cutscenes
• Film & Animation: Sci‑fi short films, space documentaries, and VFX shots
• Education & Research: Astronomy lessons, public science exhibitions, and simulations
• VR/AR Projects: Immersive planet exploration experiences
• 3D Printing: Custom space props and collectibles

Why This Model?If you need a high‑quality, stylized yet realistic sci‑fi planet that is fully procedural, customizable, and production‑ready, this asset is an ideal choice. It offers:

• Zero texture dependencies for easy scaling and fast adjustments.
• A professional cinematic look without complex setup.
• Compatibility with multiple rendering engines and file formats.
• Balanced performance and detail, making it equally effective for real‑time applications and high‑resolution renders.
• Time‑saving features for professionals, while being beginner‑friendly for new Blender users.

This is not just a planet—it’s a flexible, reusable tool for anyone creating space‑themed visuals, whether for games, films, VR, education, or 3D printing. With its combination of artistic style, technical precision, and customization freedom, it’s designed to deliver maximum impact in any creative project.