PBR Old Desk Lamp and Phone Low-poly 3D model

cgtrader

This package encompasses four distinctive models, consisting of one contemporary light fixture and three unique retro-style telephone designs. Each model is precision-crafted to deliver seamless performance in any high-performance rendering software or gaming engine. These versatile assets can seamlessly adapt to various platforms without compromise. The entire suite relies on a shared material for enhanced optimization efficiency. Each 3D model boasts advanced LOD (Level of Detail) features, meticulously designed for realistic simulation. The metallic textures set, precision-engineered using state-of-the-art workflow, offers unparalleled authenticity in virtual environments. Key elements within the textured assets include base coloration, high-contrast normals, reflective properties (metallic and roughness), and an immersive emissive finish. With resolutions tailored at 2048x2048 pixels, each image file format optimized for compatibility with PNG extensions ensures a broad compatibility range across multiple applications. The intricately crafted designs facilitate smooth animation processes in gaming engines, along with advanced rendering tools. Detailed breakdowns on tri-count per LOD variation reveal: * A light fixture boasts optimal efficiency throughout various detail settings – LOD0 displays 2076 polygons while showcasing improved complexity for a more engaging experience (LOD1 reveals an estimated count of 787), which effectively declines in poly-count down to just 451 triangles as level details gradually fall into reduced states with subsequent level downs. * Phone designs A & C each exhibit very close numbers; a combination showing optimized efficiency within two separate instances that reflect their respective complexities and detailing - specifically (LOD0 reaches estimated 2154 triangles with LOD1 boasting just shy of 633). * An exclusive base colour asset is additionally provided in this package, ensuring versatile application in various visual effects for both realism or personal preference in real-time or offline modes