Procedural Planets v1.1.2 for Blender

Procedural Planets v1.1.2 for Blender

https://blendermarket.com/products/physical-celestial-objects

Breathtaking planets in a single click Physical Celestial Objects Addon allows you to build real-scale planets with multi-layered atmospheres, procedural rings in real time while having cinematic visuals.Physical Celestial Objects is a powerful Blender add-on designed to help artists create stunning, realistic space environments with speed and precision. Built with a focus on physical accuracy and visual quality, it gives you the tools to generate planets, atmospheres, and orbital systems that look believable both up close and from vast cinematic distances.

At its core, the add-on allows you to create real-scale celestial bodies without running into common precision or scaling limitations inside Blender. Whether you're building an Earth-like world, a gas giant with massive rings, or a stylized alien system, Physical Celestial Objects handles the complexity behind the scenes so you can focus on the creative direction.
One of its standout features is the advanced atmosphere system. You can easily add multi-layered atmospheric effects that simulate light scattering, glow, and depth, bringing your planets to life. Combined with physically based lighting models, the results feel grounded and cinematic rather than artificial. This makes it especially valuable for space renders, animations, and visual effects work.
The add-on also includes procedural ring generation, allowing you to create detailed planetary rings with adjustable density, scale, and lighting interaction. Positioning tools and orbital controls make it simple to arrange multiple celestial bodies in a scene, whether you're aiming for scientific accuracy or artistic composition.
Customization is another strong point. You can use your own textures—such as albedo, roughness, height, and emission maps—to achieve highly detailed surfaces. This flexibility ensures the add-on works well for both realistic and stylized projects.