Formula 1 2016 car pack 2 3d model

cgstudio

This is a 3D bundle of three low-poly models, each designed to provide high-definition visuals at a reduced poly count. The standard low-poly mesh includes specific poly counts for optimal performance. Six drivers from the 2016 Formula 1 season are featured: Massa, Bottas, Haryanto, Wehrlein, Grosjean, and Gutierrez. Each driver is represented by three cars in the bundle. The energy drink teams' logos must be inserted over the textures to complete the models. The Maya version of the model includes rigged features such as control curves, IK handles, blend shapes, and driven keys for six different poses. In contrast, the other versions only include geometry (one for each pose), materials, and textures. The model is fully prepared for visualization in Maya. To access the low-poly model, press 1; to view the high-resolution version, press 3. For Cinema4D users, navigate to the Function menu and select Subdivide. In 3D Max, use MeshSmooth to achieve a similar result. The poly counts for each car are as follows: Low poly - 100,000 polys, 100,000 vertices; High poly - 1,500,000 polys, 1,500,000 vertices. Textures are included in JPG format with 4K resolution for high-quality visuals. These textures include color, displacement, bump, specular, and normal maps. The model files come in various formats: OBJ, FBX, MAX, MB, C4D, and 3DS. However, the exported models do not contain Mental Ray shaders; instead, they use standard materials (textures). The files are clean and free of extraneous or hidden objects (lights, cameras, etc.). Rigging and constrains, as well as blend shapes and drives, are included. Three UV textures are provided: one for the car, another for the tires, and a final one for the driver. These textures include color maps, specular maps, displacement maps, bump maps, and normal maps. Due to differences in disk topology between computers, you may need to adjust the texture paths on your destination computer. The 3D model was created based on real car designs, accurately rendered in real units of measurement for maximum authenticity. If you have any questions or require further assistance, please do not hesitate to contact us; we will be happy to help.