Asus VivoTab RT TF600T Low-poly 3D model

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The middle-quality low-poly 3D model Asus VivoTab RT TF600T is used in a variety of fields such as game development, advertising, interior design, motion picture art, visualization, etc. Modeling was done by ortho-photos of a real tablet, which accurately recreated all details of its design. • Ease of use: the model consists of one mesh, is low-polygonal, saving system resources, and has only one material. • Whichever renderer you use, this model will look realistic due to high-resolution photo-textures with a quality that can't be beat. • The model uses just one material with a photo-texture assigned for diffusion. • For enhanced realism in addition to these textures, Specular, Glossiness, Bump, and Emission are used for the luminous elements of the model such as screens, indicators, etc. We've set Bump Multiplier at 0.1 - 0.2 in Maya Software materials or V-Ray MTL materials for best Bump depth. • The Specular and Glossiness maps create varying reflective and dispersing capacities in different areas of the model, giving it an effect of using more materials. • In total, there are five main textures, with each one having a resolution of 2048 pixels squared in .jpg format. You'll also find original texture files in .PSD format included in the archive. • The model was created using the 'Maya 2009' 3D program. • It has real-world scale in centimeters, with all parts correctly named. • An adjusted render-scene is also available, created in 'Maya 2014' with V-Ray 2.40 as the renderer plug-in. The scene opens correctly in earlier versions up to 'Maya 2012' with V-Ray 2.0 because it's saved in .ma format. • This scene includes five V-Ray Rect Light + reflectors, with the V-Ray MTL material assigned to the model. Timeline settings include keys for the model and Render Camera position relevant Preview Images. • To use the model in other 3D programs, scenes are saved in .fbx, .obj, .DAE, .max (2010 version) formats. Note: As this is a low-poly model, it's not designed for any smoothing modifiers.