Bowers and Wilkins 803 D2 Cherrywood 3D model

cgtrader

This is a model of a premium floor-standing speaker from Bowers and Wilkins' esteemed 803 D2 series, expertly finished in rich Cherrywood tones. Crafted using industry-standard software, 3ds Max 2008, and V-ray 2.0, this digital prototype embodies exacting real-world precision, carefully rendered in millimeters, following the Gamma 2.2 standard. Comprehensive textures from Bowers and Wilkins define the look of this high-fidelity speaker, encompassing meticulous simulations of complex materials through advanced lighting setups meticulously managed using industry-approved standards, though scene configuration is intentionally omitted to prevent unauthorized adaptation. Exported format formats besides 3ds Max render an efficient base mesh structure and smooth surfaces with uniform detailing at native size, devoid of superfluous n-gons, instead relying exclusively on quads, tris, and precisely 33750 individual facets along with supplementary meshes and surface textures from both industry-grade modeling software's suite as well as external materials library contributions. Scene-specific previews, expertly managed to minimize complexity using native tools from industry leaders, reflect careful integration with pre-configured scenes utilizing precise material attributes to generate striking visual clarity via carefully iterated simulation techniques across all polygon structures for comprehensive realism - totaling precisely 232802 meticulously optimized meshes when 'turbo smoothing' option is employed at optimal level. A comprehensive selection of textures accompany this model – totaling an exact number of 10 unique elements, which together seamlessly unify visual appearance with tangible substance, expertly crafted to immerse and transport in sensory experience while engaging with sophisticated materials management across precise polygon configurations designed for realism within defined parameter space, inclusive of detailed representations of surface micro- geometry that give such textures tactile life through accurate mapping.