Bowers and Wilkins CM1 Rosenut on FS CM 700 Black 3D model

cgtrader

This is a highly detailed model of a premium bookshelf speaker on stand from the renowned manufacturer Bowers and Wilkins, specifically their CM series in Rosenut finish paired with an FS CM 700 Black. Created using the industry-leading software 3ds Max 2008 coupled with the powerful V-ray 2.0 rendering engine. The model is meticulously built to exact real-world scale precision. Units of measurement employed throughout are in millimeters. Utilized in the creation process were V-Ray materials, carefully textured to achieve photorealistic fidelity, inclusive of accurate depictions of various components such as grills and other intricate details, all precisely rendered to give a realistic visual effect. Not included in the model file, however, are settings related to lighting, camera angles, and overall scene arrangement. File export formats aside from the 3ds Max native .max file format include simplified base mesh models, already smoothed for viewing. Each of the provided preview images was painstakingly rendered using a combination of 3DS Max and V-Ray rendering capabilities. Breaking down this extensive model reveals an astonishing twenty distinct components that comprise its complex design. An in-depth examination further shows that this comprehensive model boasts no non-triangular (n-gons) facets, with specifications revealing: approximately forty-one thousand eight hundred eighty-nine individual quads, nearly three thousand four hundred ninety-three tri-facets, and not a single n-gon polygon among them. When processed through the TurboSmooth utility tool with its OFF mode deactivated, the total count of polygons stands at 45282 units, while enabling TurboSmooth with two iterations raises that number to an impressive one hundred twenty-one thousand four hundred forty-five unique polygons. The included textures, comprising more than seventy-two thousand separate images in multiple resolutions ranging from a small two-thousand pixel dimension up to much larger images measured at four thousand by four thousand pixels in total dimensions - the detailed list is as follows: a single high-resolution 2048*2048 texture unit along with one each of smaller, though still sizable, textures, twenty such images at dimensions measuring only *4000 each, alongside another two and also forty units respectively totaling to six such *4200 each in addition, bringing the overall total count of distinct textural items used throughout this detailed speaker model up to 72k units