The intellectual property depicted in this model, including the brands "ferrari", "mercedes-benz" and "formula 1 racing", is not affiliated with or endorsed by the original rights holders and must be used under editorial use restrictions.
Legal Notice: The intellectual property depicted in this model, including the brands "ferrari", "mercedes-benz" and "formula 1 racing", is not affiliated with or endorsed by the original rights holders.
This is a 3D low poly model ,it was designed to provide a high definition in a low poly. Standard low-poly mesh with specific poly count. It`s the most accurate and realistic F2015, mercedes W06 hybrid, mclaren MP4-30 and Lotus E23 hybrid of the market. included Hamilton, Rosberg, Alonso, Button, Raikkonen, Vettel, Grosjean and Maldonado and theirs cars, helmets , steering wheels and suit race. Rigged in the maya version. The model is completely ready for use visualization in maya. For low poly model simply press 1 and for the high resolution press 3. In Cinema4d go to function menu and subdivide. In 3dmax meshsmooth In the low poly: Poly count : 269574 Vertex count : 281526 In the high poly: Poly count : 4430904 Vertex count : 4478814 Textures included. Each texture is in jpg format and have a 4K texture resolution for high quality It has two UV texture, one for the car and the other for the tyres. It has color textures, specular textures, displacement textures( tyres),bump textures and a flake texture. The files are obj, fbx, mb ,c4d and 3DS. In formats c4d, 3ds, obj and fbx model exported to standard materials (textures), not contain mental ray shaders. files with the model does not contain extraneous or hidden objects (lights, cameras, etc.) Included rigging and constrains, blend shapes and driven keys only in the maya format. In the maya format you can easily change the wheels, the pilot and the DRS(open and close). original file format maya render in linear sRGB Because of different Disk topology at different computers it might be required to change the textures path at the destination computer.