Sony Handycam HDR-TD20V Low-poly 3D model

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It is the high-quality low-poly 3D model used in various fields such as game development, advertising, interior design, motion picture art, visualization, etc. Sony Handycam HDR-TD20V Black was modeled using ortho-photos of a real camcorder. This results in an extremely authentic recreation of all details of the design. This 3D model is incredibly easy to use. It consists of just a few meshes and is low-polygonal, which saves valuable system resources. The model has only three materials: Body, Strap, and Glass Lens. Regardless of the renderer you choose to use, this model will always look realistic due to its high-quality photo-textures at high resolution. This is a very important feature for anyone working with 3D graphics. The expertly designed low-poly topology combined with detailed textures achieves the maximum quality while using the minimum number of polygons necessary. Even in close-up shots, the level of detail will be impressive enough. For even greater realism, various advanced features have been added to the model's textures. These include Specular, Glossiness, Bump, and Emission for elements that emit light (such as screens, indicators, etc.). To get the best results from the Bump feature, use a Bump Multiplier of 0.1-0.2 in Maya Software materials or V-Ray MTL materials. Specular and Glossiness maps create different reflective capacities in various parts of the model, which increases its realistic appearance even further. It's almost as if you're using multiple materials. The total number of main textures is seven, with each having a resolution of 4096 pixels squared. They are all saved in the standard .jpg format. For added convenience, original texture files in PSD format can also be found in the archive. Closely related to this is the model's functionality. It has been animated using simple rotation and translation mesh groups to mimic the opening and closing of display and covers. This low-poly 3D model was created using Maya 2009. To scale it properly, simply apply it at its real-world measurement in centimeters. Also note that all parts are correctly grouped and named for your convenience. One more bonus is an already adjusted render-scene that's been created with the powerful V-Ray plug-in and the Maya 2014. This scene has been optimized to open smoothly even on earlier versions of both software up to 2012 and the version of V-Ray at 2.0 due to being saved in the standard .ma format. To make this even clearer, let's take a look at the specifics: there are five reflectors + V-Ray Rect Lights. And since the model already comes with its materials properly assigned as per the needs for this kind of visualization, all you really need to do now is focus on capturing that special light in action and apply your render skills accordingly. Note that the 3D graphics world has made available numerous ways to export scenes across multiple software types including the use .fbx format with max software (in the form of '2010') versions along side its support through various scene files formats such as the one mentioned before (i.e .max and even others in the process which you would wish using 3d model so as well, this way not having access is going away.)