
Isuzu D-max 2017 3d model
cgstudio
Detailed Exterior, Simple Interior Model Available for Immediate Download Each Object Features Clearly Labeled Materials, Allowing Easy Customization or Replacement Maximum Format: Rar Archive Contains 3ds Max 2011 Scenes with Vray and Mental Ray Materials Scene 1: 3ds Max 2011 Scene with Vray Materials and Render Setup Contains Preview Images of Studio Renders with Slightly Different Carpaint Colors Photoshop CS6 Macro File (.atn) for Post-Production Included for Contrast, Brightness, Saturation Correction Scene 2: 3ds Max 2011 Scene with Mental Ray Materials and Outdoor Renders Carpaint Color May Vary; Environment Not Included Scene 3: 3ds Max 2011 Scene with Simple Standard Scanline Materials Just Add to Scene and Render for Instant Results Mesh Smooth Modifier Applied on Selected Objects, With Mesh Smooth Set at 1 or 2 for Renders Exterior and Wheels Are Separated into Different Layers for Easy Editing .obj Format: Rar Archive Contains Two Versions of Model Version 1: Exported Without Collapsing After Mesh Smooth, with Low to Medium Poly Mesh Good for Editing and Customization; Simple Materials and Textures May Need to Be Added Manually Version 2: Exported After Applying Mesh Smooth, Ready to Import and Render Simple Materials and Textures May Still Need to Be Added Manually; Some Elements in Cinema 4D May Require Optimization .fbx and .3ds Format: Rar Archive Contains Model Exported After Applying Mesh Smooth Ready to Import, Apply Materials, and Render; Simple Materials and Textures May Need to Be Added Manually Polycount: Without Meshsmooth (max, obj, lwo, xsi, c4d): 340,000 Polygons Collapsed fbx, 3ds, obj: 2,600,000 Faces / 1,400,000 Polygons Price: $149.00 Date Added: December 11, 2017 Product ID: 5a2ec5d1a70248de2f8b4567
With this file you will be able to print Isuzu D-max 2017 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 Isuzu D-max 2017 3d model.