Cape Town - city and surroundings Low-poly 3D model

cgtrader

This 3D city model showcases Cape Town, South Africa and its surroundings, based on GIS data from August 2019. The georeferenced Transverse Mercator projection is accurate to a 1:1 scale and includes four different-sized scenes for purchase at discounted rates. These include the full scene (110 x 80 km), entire city of Cape Town (90 x 70 km), city center (30 x 30 km), and downtown (6 x 6 km). The model is available in various formats such as MAX, FBX, OBJ, DAE, UnityPACKAGE, BLEND, SKP, 3DM, and JPG. High-resolution preview images are also included. Key benefits of this city model include its georeferencing, real-world scale, easy editable geometry (with terrain available upon request), and objects split by type, such as buildings, roads, railways, pavements, land use areas, vegetation, and land types. The model is suitable for visualization, AR/VR, real-time and game use, architecture, consulting, education, town and urban planning, real estate, and property development. It is organized by layers with properly named objects. Building categories include residential, commercial, industrial, educational, public, sports, parking, transportation, religious, and unclassified. Road types range from highways to residential, while railway types encompass high-speed train, city tram, subway, monorail, construction, and abandoned railways. Pavement includes pedestrian, sidewalks, paths, and cycleways. Land use areas consist of residential, rural, public, industrial, agriculture, and construction. Vegetation categories are forest, grass, scrub, park, garden, cemetery, and recreation. Land types include land, sand, ground, wetland, while water features comprise coasts, lakes, rivers, streams. An airport model with terminal, gates, apron, taxiway, runway, and marking is also included. Support is available 24/7, and free product updates with the latest GIS data are provided. Additional services include requesting other cities or areas (same-day delivery), adding terrain based on SRTM or LIDAR elevation data (3-5 LODs optimized), and acquiring a high-resolution satellite image (ECW or JP2, up to 32000x32000px, with georeferencing) for $99.