Toyota Tundra (2014) 3d model

Toyota Tundra (2014) 3d model

cgstudio

Human-Created 3D Model: Toyota Car Features: - Highly detailed exterior and basic interior. - The model is precisely positioned at the 0,0,0 xyz axis for optimal alignment. - Mental Ray materials are fully included to enhance realism. - Real-world scaling ensures accurate dimensions (units in millimeters). - High-quality textures are provided within the C:\MCT\Toyota directory, ensuring seamless integration. - Ideal for animations and architectural visualizations due to its versatile design. - Tires, doors, and other components are grouped for efficient organization. - All parts of the car and materials are meticulously named for easy identification. - The body color can be effortlessly changed, allowing for diverse customization options. Model Color May Differ from Preview Images: Note that the model color may not match the preview images due to individual preferences. Technical Specifications: Meshsmooth Iteration Level 2: Polygon count: 318092 Vertex count: 346636 Multi-Format Support: Two OBJ Files: -One high-poly file with 640078 polygons and 345010 vertices. -One low-poly file without Meshsmooth, featuring 261170 polygons and 150121 vertices. Three 3D File Formats: Two FBX Files: -One high-poly file with 639598 polygons and 345916 vertices. -One low-poly file without Meshsmooth, featuring 260692 polygons and 151065 vertices. Important Note: Only the MAX file contains Mental Ray materials; FBX and 3DS files have standard materials, while OBJ files display a gray material. All file formats include textures for effortless integration. Product Details: Price: $119.00 Date Added: Jul 11, 2014 Last Update: Jan 30, 2016 Product ID: 541daf8d1e43f6d40e4a5452

Download Model from cgstudio

With this file you will be able to print Toyota Tundra (2014) 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 Toyota Tundra (2014) 3d model.