Mikasa V200W-CEV volleyball 3D model

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Mikasa V200W-CEV is a top-tier volleyballs, certified for use in all CEV official matches. In this package, you'll find a wealth of detailed assets tailored to the exact specifications of CEV. Among these assets are high-resolution scenes rendered in 3ds max, Vray and Corona. Each scene includes precision-lit models and camera placements meticulously captured by rendering specialists. Within this extensive collection of materials are five core renderable assets that cover each primary platform currently available. Specifically, native 3ds Max 2018 Vray scenes provide high-quality rendering for users familiar with this platform. Users who require more versatile options can benefit from a 3ds max 2015 Vray scene set against the backdrop of multiple light sources and advanced cameras. These settings guarantee stunning visuals every time you render an image or create motion. To cover every possible requirement, we also included four complete sets each utilizing default Scanline rendering technology along with advanced features in 2018 and earlier software. You can further optimize these models for rendering across multiple file types. Users have their choice between exchange formats including FBX and OBJ to fit a broad range of game development programs. All scenes provided adhere to standard System Units, thereby offering flexibility during translation. Accompanying the rendered images is a comprehensive set of mapping materials which users can integrate seamlessly into any software package that supports PNG formats. Our maps provide texture mapping information necessary for advanced detailing effects and are supplied in resolutions reaching 8K pixels or higher to accommodate a variety of resolution types across games engines. Additional statistics included below will help inform your use: * Diameter of this ball is approximately 21 centimeters. * Precision unit size employed is six millimeter increments. * Total vertex number is around thirteen thousand three hundred seventy and sixty. Similarly, there are roughly thirteen thousand three hundred and sixty individual poly surfaces integrated across this comprehensive model design.