Veho VCC-006-K1 Muvi Low-poly 3D model

cgtrader

It is a high-quality, low-poly 3D model Veho VCC-006-K1 Muvi handsfree action camera used in various fields of 3D graphics, such as game development, advertising, interior design, motion picture art, and visualization. Modeling was made from ortho-photos of the real action camera, so all details of the design are recreated with the most authenticity. The ease of use is that the model consists of four meshes, which is low-polygonal, saving resources for your system, and has four materials: Body and three for glass. Whichever renderer you choose, this model will always look realistic due to high-resolution photo-textures. The well-thought-out topology of the low-poly model combined with detailed textures allows for a minimum amount of polygons to get maximum quality, which is enough even for close-ups. For increased realism in addition to these textures, Specular, Glossiness, Bump, and Emission maps are used for luminous elements of the model. For example, screens and indicators use more materials. The total number of main textures is five. The resolution of all textures is 4096 pixels squared in PNG format. Additionally, original texture files in PSD format are provided in a separate archive. The model was created in Maya 2009 3D software. The model has correct dimensions in real-world scale in centimeters. All parts are correctly grouped and named. There is also an adjusted render scene created in Maya 2014 with V-Ray 2.40 plugin. This scene can be opened in earlier versions up to Maya 2012 with V-Ray 2.0 because it is saved in .ma format. The scene includes six V-Ray Rect Light + reflectors. V-Ray MTL materials are assigned to the model. On the timeline, model and render camera position keys have been set relevant Preview Images. If these positions are not needed, delete animation keys from translation and rotation channels. To use the model in other 3D programs, scenes saved in formats .fbx, .obj, .DAE, .max (2010 version) are provided. Note: This is a Low-Poly model, and it is not designed for the use of any smoothing modifiers.