Free Seamless PBR Wood - Light 002 Texture

cgtrader

High-Quality PBR-Wood Seamless Tiling Textureset This comprehensive textureset boasts an impressive array of maps, each meticulously crafted to capture the essence of premium wood: * Base Color (RGBA 16-Bit): This essential map showcases the vibrant color palette of our high-end wood finish, featuring intricate grain patterns and subtle nuances. * Normal (OpenGL, RGBA 16-Bit): This expertly rendered normal map expertly conveys the detailed topography of our wooden surface, ensuring precise lighting and depth perception in your projects. * Height (Grayscale 16-Bit): With its high-fidelity height map, this textureset accurately captures the micro-details that bring our wood finish to life, adding authenticity and realism to your designs. * Roughness (Grayscale 16-Bit): Perfectly suited for applications requiring detailed surface complexity, this carefully crafted roughness map empowers you to create an assortment of realistic wood textures with minimal effort. * Metallic: This optional feature is not included in our current release; however, we can tailor the materials according to your preferences by simply requesting additional custom content. Each of these expertly crafted maps is accessible at one of three meticulously balanced resolutions: * 1K Low Resolution (1024x1024 pixels): Optimized for projects demanding modest polygon counts and a streamlined asset load. * 2K Medium Resolution (2048x2048 pixels): The perfect sweet spot between visual quality and performance requirements, making it an ideal choice for the vast majority of our clients. * 4K High Resolution (4096x4096 pixels): For discerning creatives pushing the limits of polygon counts, sample rates, and graphical fidelity – this high-res version provides unrivaled texture precision. Substance Designer crafted every element with meticulous attention to detail, adhering strictly to the Metallic/Roughness PBR pipeline. In Blender 2.80's powerful rendering engine, Cycles rendered these textures at an incredible 1024 samples each. Preview images showcased the displacement created by the height map combined with adaptive subddivision for uncompromising visual authenticity.