Porsche Cayenne Turbo 2018 3D model

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High-Definition Porsche Cayenne Turbo 2018: A Hyper-Detailed Model with Precision Texturing The High-Definition Porsche Cayenne Turbo 2018 model boasts a lavishly detailed interior, precision-crafted with intricate textures that showcase the car's rich luxury feel. Its headlights and taillights are meticulously modeled to capture their distinctive shape, while its doors can be effortlessly opened to reveal a sophisticated cockpit. Each part of this magnificent model has been carefully crafted using SubDivision/TurboSmooth surface techniques. This allows users working in 3D Max or Maya 2013 versions to modify the resolution and smoothness of the surface with ease. Even those importing the base .obj, .fbx, or .lwo version into software that supports subdivision surfaces can easily change the resolution and smoothness of the surface. The high-poly count model features 971402 polygons at its base, while other formats are available in two resolutions ranging from 971402 to 4948194 polygons. These varying resolutions cater to users with different hardware configurations or design preferences. Users of 3ds Max 2010/3ds Max 2013 will discover that TurboSmooth has been applied, allowing them to easily adjust the object resolution by selecting the Named Selection Set "TurboSmooth." They can also choose between standard 3ds Max materials in the 2010 version or VRay materials in the 2013 version. Maya 2013 users will find a selection set for all subdivision surface parts included, enabling them to effortlessly change the resolution as needed. A display layer is also available for the interior, making it simple to hide it when necessary. Other formats, such as Maya 2010, FBX, Cinema 4D R13, Lwo 6.0, Obj, and 3ds, are provided in two resolutions, with both exterior and interior components saved separately for maximum flexibility. Users can thus choose whether to feature the car's luxurious interior or display it without. The rendered previews were captured using VRay within 3ds Max, demonstrating the model's exceptional detail and quality under a variety of lighting conditions.