Albion St. Maurice - Lowpoly PBR

sketchfab

Albion St. Maurice Model Details Albion St. Maurice is a cutting-edge 3D model optimized specifically for use in modern game engines. Its low-poly design allows for seamless integration and efficient rendering. Real-world accuracy was taken into account when scaling the model to ensure its dimensions are as realistic as possible. This attention to detail results in an authentic look that enhances any environment or scene it's used in. High-quality textures bring Albion St. Maurice to life, adding depth and dimensionality to the model. Non-overlapping UVs make it easier for artists and designers to work with the model without worrying about texture seams or overlaps. This 3D model is designed to be compatible with modern game engines that support Physically-Based Rendering (PBR). This means it can take full advantage of advanced lighting effects, making it stand out in any virtual environment. Texture Information Albion St. Maurice comes with a set of high-resolution textures, each measuring 2K: * Albedo texture for accurate color representation * Normal texture for detailed surface information * Roughness texture to capture subtle texture variations * Metalness texture for precise metallic and non-metallic areas In addition to these standard textures, Albion St. Maurice also includes a wireframe version for easy editing and manipulation. PBR Textures For maximum efficiency, the model comes with a combined RMA (Roughness, Metallic, Ambient Occlusion) texture that can be easily applied to the model using modern game engines. Included Files Albion St. Maurice is delivered as a bundle of files, including: * 3DSMAX file for direct import into Autodesk's popular 3D modeling software * OBJ file for use in other 3D modeling tools and game engines * FBX file for seamless integration with popular game development platforms * PNG textures for compatibility with various image editing and design applications * TGA textures for use in environments that require this specific texture format