GENERIC 4WD STEPSIDE PICKUP TRUCK 11 3D model

cgtrader

CHECK OUT THE COMPLETE LIST OF ITEMS BY CLICKING THE NNAVAS 3D LOGO. The model of a classic 4-wheel drive stepside pickup truck has been meticulously detailed on the outside and is ideal for close-up renderings. The cabin, chassis, and drivetrain have also been extensively detailed for up-close shots. Handles have been added to the truck, tailgate, doors, front wheels, and fuel door so that you can pose them freely. This 3D model was created using 3DS Max 2016 and utilizes the open subdivision modifier to add a level of detail. This feature has been left intact so that you can adjust it according to your needs. Available files in various formats have been provided along with high and low levels of subdivision: SPECIFICATIONS: The model contains approximately 207,000 polygons when set at level 0 and increases to around 880,000 when set at level 1. Elements within the model are clearly named and grouped so that they can be easily separated to suit your requirements. No N-gons have been used in this model, which means it consists solely of quads and tris. Scale is set at 100% while units are based on centimeters and texture paths have been stripped for added precision. PRESENTATION: Rendered images were created using V-Ray in 3DSMax without any post-processing adjustments. The product can be rendered immediately within 3DSMax but requires separate lighting and camera arrangements. MATERIALS AND TEXTURES: This model features diffuse, bump, and specular maps as well as materials that have been mapped onto various components of the truck such as its body, cabin, tires, and brakes. The chassis and drivetrain lack UV mapping while all files contain materials and textures which are included and pre-mapped for use in software compatible with 3DSMax. All material and texture combinations are ready to use and render similarly to preview images provided but this effect may require some adjustment depending on the software you use, such as varying levels of texture resolution up to a maximum of 2048x2048, 1024x1024 or 512x512 pixels. USAGE: This 3D model can be applied for various purposes including design visualization, forensic presentations, broadcast visuals, technical demonstrations, etc. Product specifications and detailed documentation will help users understand the usage process in their desired context of utilization.