Australia Flag Low-poly 3D model

cgtrader

The 3D representation of the Australian flag in use from 1903 to the present features three materials, one each for clean, dirty, and bloodied conditions, with detailed folds and creases surrounding seams to create a highly realistic fabric effect. This flag is an exact replica of its actual counterpart used by Australia. A versatile asset, this model is perfect for deployment in any 3D scene within games or motion pictures through subdivision surface processing, achieving a level of smoothness across its lines. Created originally with Blender version 2.80 and subsequently rendered utilizing Eevee capabilities, it boasts high-quality textures along the gamut of lighting options that support various forms of interaction under different environments, including diffuse reflections that highlight certain features or colors within a detailed object as found on surfaces where this asset would apply. All materials involved are PBR (Physically-Based Rendering) ready to ensure their appearance across varied mediums appears uniformly consistent despite numerous viewpoints or environments the viewer may approach them with. Originally generated through an optimized, clean layout of 6 objects that span an overall count of approximately 2484 polygon pieces for a refined rendering that still supports efficient and effective visual processing due to Eevee being ready at full potential for use. This asset contains five objects and includes three material choices all perfectly integrated with a single set which can handle different textures that match various styles desired. Animation has been achieved through 575 keyframe animations applied throughout its 5 LOD level sets - totaling 4 additional stages to give flexibility and visual range as each user would require in different environments when rendering. Export format compatibility encompasses multiple variants for different usage options available - FBX being preferred for high-resolution requirements; collada or OBJ suited towards cross-platform optimization respectively - making universal export across several file formats possible.