Minneapolis City in Minnesota 40km Low-poly 3D model

cgtrader

Accurate 3D city model and its surrounding area created from GIS data in the year 2020. The city spans a massive 40 kilometers in size and was produced using Cinema 4D. This model is ready to render in any standard renderer, offering unparalleled flexibility. The striking building stroke effect used in this model gives it an unmistakable visual appeal. Cinema 4D's built-in Sketch and Toon features were employed to create the distinctive look of the buildings, trees (utilizing Mograph Cloner), water effects, and stroked roads. One notable aspect of this model is its complete reliance on native Cinema 4D tools, with no plugins used at all. This ensures that it remains a seamless experience for users familiar with the software. The Low Poly approach taken in the creation of this model offers an impressive level of detail without sacrificing performance. The accuracy of the model is further reinforced by its foundation in up-to-date GIS data from 2020. A base satellite and map texture are included, providing a realistic backdrop for the city's infrastructure. This model is completely royalty-free, making it perfect for commercial use. The model boasts an impressive number of polygons - over 5 million in large cities - with each layer meticulously detailed to offer a comprehensive understanding of the urban landscape. These layers include Building, roads, routes, amenity, leisure, landuse, natural, water, man-made, railway/train, and aeroway, among others. This model is available in multiple formats, including C4D (Native), 3DS, STL, FBX, and OBJ. Furthermore, the Formats Included are specifically detailed as OBJ, FBX, 3DS, STL, and C4D Native format render-ready. The applications for this model are diverse and far-reaching, making it suitable for a wide range of industries such as Games, Education, Architecture, and more. It is particularly useful for town and urban planning projects, real estate developments, and any other scenario where accurate 3D city models are required.