
Sportboat Yamaha 242 Limited S 3d model
cgstudio
Sportboat Yamaha 242 Limited S is a high-quality model that significantly enhances detail and realism in any rendering project. The model boasts a fully textured design, allowing for close-up renders with exceptional clarity. Originally modeled in 3ds Max 2012 and rendered using V-Ray, the model's authenticity shines through without post-processing. Key Features: - High-poly, accurate representation of the original object, correctly scaled for precise rendering. - Optimized polygon count ensures efficient performance in any scene. - Colors can be easily modified to fit your project's unique style. - All textures and materials are included, mapped, and ready to use. - 3ds Max models are grouped and logically named for seamless integration into scenes. - No special plugins or cleaning up necessary; simply import and start rendering. - Model does not include any backgrounds or scenes used in preview images. File Formats: - 3ds Max 2012 V-Ray and standard materials scenes - OBJ (Multi Format) - 3DS (Multi Format) - Maya 2011 - Cinema 4D R14 - FBX (Multi Format) Texture Formats: - Two high-resolution PNG files (4096 x 4096) - One high-resolution PNG file (2048 x 2048) About the Creators: The team at 3d Molier International brings over a decade of experience in 3D artistry to every project. With an understanding of clients' needs, each model undergoes rigorous quality assessment to ensure realism and optimal performance. Complete UVs and optimized topology allow for effortless geo or texture adjustments if needed. Explore more models by visiting our gallery: simply click on our user name to discover a wealth of 3D assets. Price: $79.00 Date Added: Apr 16, 2018 Product ID: 5ad45578a7024814698b4567
With this file you will be able to print Sportboat Yamaha 242 Limited S 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 Sportboat Yamaha 242 Limited S 3d model.