Porsche Cayenne Hybrid 2018 3D model

Porsche Cayenne Hybrid 2018 3D model

cgtrader

High definition model crafted by Squirrel team expertise. Ready to output in 3dsmax with VRAY renderer. Model rendered at 3dsmax 2015 using vray3.20 software. Rendering scene complete with all lighting effects, materials, and background setups is optimized for 3dsmax 2015 vray3 format. Additionally, the model also includes a setup compatible with 3dsmax 2010 format, although this version comes without complex lighting or rendering studio configurations, and utilizes standard materials only. All models produced by Squirrel are designed within the 3dsmax software framework, enabling us to offer an uncollapsed modifier stack exclusively for 3dsmax users. However, if lower polygon versions for use in other programs are desired, customers can reach out to our support team and we will convert the reduced mesh to the requested format. Please note that all provided models display a wireframe view, allowing you to easily access and modify individual components of the mesh at different mesh smooth levels. To provide versatility, three unique 3dsmax file setups are included for this product: 'Set' is an uncollapsed version offering full model flexibility and modification possibilities. 'Hipoly' represents a collapsed, high-polygon model accompanied by a cleared history of modifiers for seamless transfer to other software platforms. 'Studio' incorporates the complete rendering setup utilized in creating our sample previews. It's essential to acknowledge that varying computer hard drive architectures may necessitate texture patch adjustments upon file transfer and installation on different machines. Thank you for selecting Squirrel models.

Download Model from cgtrader

With this file you will be able to print Porsche Cayenne Hybrid 2018 3D model with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Porsche Cayenne Hybrid 2018 3D model.