Whanganui - city and surroundings Low-poly 3D model

cgtrader

This is an exact and accurate to scale 3D city model of Whanganui, New Zealand, and its surrounding area based on GIS data (November 2019) File units: Meters Scale: 1:1 PRODUCT INFO USAGE ------------------------------------------------ This 3D city model is perfectly suited for various purposes such as visualization, AR/VR, real-time gaming, architecture, consulting, and education. Ideal for town planning, real estate development, and property management. KEY FEATURES ------------- This georeferenced 3D model is exact and accurate to real-world scale. All buildings, land-use areas, roads, and railways are separated by type (see scene structure). The surface is flat and easy to edit, making it ideal for adding details or modifying the geometry. Add a terrain layer on request for even more realism. SCENE STRUCTURE ---------------- Our model is organized in layers, with each object clearly identified and named for easy use. BUILDINGS ---------- • Residential zones • Commercial areas • Industrial parks • Public spaces • Sports facilities • Parking lots • Transportation hubs ROADS ------ Highway systems Primary roads Secondary routes Tertiary streets Residential lanes Service roads RAILWAYS -------- Train lines City trams Subways Monorails PAVEMENTS ----------- Sidewalks Footpaths Cycleways LANDUSE --------- Residential areas Public spaces Industrial sites Construction zones Agricultural land Other land uses VEGETATION ----------- Forests Grasslands Scrubs Parks and gardens Cemeteries Recreational areas NATURAL ENVIRONMENTS ---------------------- Landscapes Bodies of water (oceans, seas, lakes) Rivers and streams AIRPORT FACILITIES ------------------- Terminal buildings Airport aprons Taxiways Runway systems SUPPORT AND SERVICES -------------------- Reach out to us anytime for support or questions. Get a free update with the latest GIS data at any time. Get the city of your choice (anywhere, anytime) delivered within a day ($199+). Get the terrain data added based on SRTM or LIDAR elevation data and enjoy optimized levels of detail.