Sony SRS-BTV5 Low-poly 3D model

cgtrader

It's a top-grade low-poly 3D model of the Sony SRS-BTV5 Portable Wireless Speaker with Bluetooth that professionals in fields like game development, advertising, interior design, motion picture art, and visualization utilize. Modeling was achieved through taking high-quality ortho-photos of real speakers, which resulted in an extremely accurate recreation of all design details. Ease of use is guaranteed by the fact that this model consists of only one mesh and one material, making it easy to integrate into various 3D programs and systems. Regardless of which renderer you choose, this model will consistently look realistic due to its high-resolution photo-textures. Additionally, advanced realism can be further achieved through using maps such as Specular, Glossiness, Bump, and Emission for elements like screens and indicators. To achieve optimal bump depth, the Bump Multiplier should be set between 0.1 and 0.2 in Maya Software materials or V-Ray MTL materials. Specular and Glossiness maps allow you to create various reflective and dispersing effects across different areas of the model, giving it a more realistic appearance by mimicking multiple materials. This results from an additional layer of realism achieved through using these two types of maps in conjunction with Bump mapping technology. Total of main textures amount to five (5). The resolution of all these high-quality textures stands at 3000 pixels squared in .jpg format. Additionally, there is also a backup of original texture files available for each user under their own PSD archive. The creation software was the 'Maya 2009' three-dimensional model design and graphics platform. Real-world scales measured by the centimeter were taken into account during this project to create accurate real-scale 3D objects. As per specifications all elements within these designs were properly named so they could serve for later modeling and referencing of every element that comprises it as well. Moreover there's pre-created scenes that include various lights plus their corresponding materials available inside this three-dimensional project so end users could easily experiment or adjust to better suite them for any use case scenario. Also a special care was taken in creating an easy adjustable render scene, within Maya software utilizing its 'Vray' version, since its primary target will be used to work efficiently without getting slowed down. To save time further more it does include 5 rectangular light reflectors which already has materials loaded up already into the three-dimensional program for rendering scenes correctly - plus also supports animation and preview modes so developers can check their visuals properly without spending extra efforts. Additionally various files of this project have been created using other programs too such as Autodesk 3ds Max software (compatible version with Maya software that can easily work together) including formats like FBX and .max to help designers import the low-poly model seamlessly into those programs with just simple file transfer or importing procedures from the desired location within the source directory. One final note regarding using the three-dimensional models is, as its design, do keep in mind it does NOT have smoothing modifiers embedded for advanced designs purposes that demand such feature as it serves its primary role perfectly for this particular model type alone