Vivitar V3800N Body Low-poly 3D model

cgtrader

The high-quality low-poly 3D model Vivitar V3800N Body excels in various fields of 3D Graphics, including game development, advertising, interior design, motion picture art, visualization, and more. Modeling was accomplished by taking ortho-photos of a real camera, ensuring that all design details are recreated with the utmost authenticity. Ease of use is evident due to the model consisting of only one mesh, which is low-polygonal (conserving system resources) and features a single material. This configuration makes the model suitable for utilization across various renderers, always resulting in a realistic appearance thanks to high-resolution photo-textures. The expertly crafted topology of this low-poly model, paired with detailed textures, enables a minimal number of polygons to achieve maximum quality. This capability can accommodate even close-up applications. To enhance advanced realism, the inclusion of Specular, Glossiness, and Bump maps adds versatility. Specifically, the use of Bump Multiplier (0.1 - 0.2) in Maya Software materials or V-Ray MTL materials for Maya ensures optimal Bump depth. Five main textures are featured, all with a resolution of 4096 pixels square in .png format. An original texture file (.PSD format) is also provided within the archive. The model was created using the 'Maya 2009' 3D program and maintains real-world scale in centimeters, ensuring accurate naming conventions. In addition to the model itself, an adjusted render-scene is included, which was crafted within Maya 2014 using V-Ray 2.40 as a renderer. This scene correctly opens in earlier versions of Maya up to 2012 with V-Ray 2.0 (saved in .ma format) and includes five V-Ray Rect Light sources + reflectors. The model's render-scene features V-Ray MTL materials and timeline positions relevant for preview images. For users who require adaptability, scenes are provided in multiple formats (.fbx, .obj, .DAE, and .max for the 2010 version). Please note that this is a Low-Poly model and not designed for utilization with any smoothing modifiers.