Burlington - city and surroundings Low-poly 3D model

cgtrader

This is an accurate to scale 3D city model of Burlington, United States and its surrounding region based on GIS information (November 2019). File units: Meters Scale: 1:1 PACKAGE CONTENTS This collection features 3 scenes in different sizes. You can purchase any scene at a discounted price! 60 x 60 km - Full Scene 40 x 40 km - Complete city extents (including airport) 10 x 10 km - Downtown area (city center) FORMATS INCLUDED MAX - Autodesk 3ds Max BLEND - Blender FBX - Exchange Format OBJ - Exchange Format DAE - Exchange Format FREE CONVERSION (same day delivery) UNITYPACKAGE - Unity 3D SKP - SketchUp 3DM - Rhino 3D RVT - Autodesk Revit PRODUCT INFO USAGE This model is perfect for visualization, AR/VR, real-time and game use, architecture, consulting, education. It's ideal for town and urban planning, real estate and property development. KEY BENEFITS This 3D city model is georeferenced, exact and accurate to real-world scale. Administrative boundaries of all levels (polygons or splines with names) Buildings, landuse areas, roads and railways split by type (see scene structure) Surface is flat, easy to add details and edit geometry (terrain on request) EXTRAS Road and railway splines for traffic animation Public transport stops with names Realistic low-poly trees SCENE STRUCTURE - model is organized by layers, all objects split by type and named properly BUILDINGS residential commercial industrial public sports parkings transport ROADS highways primary secondary tertiary residential service RAILWAYS train city tram subway monorail PAVEMENT sidewalk footway cycleway LANDUSE residential public industrial construction agriculture VEGETATION forest grass scrub park garden cemetery recreation NATURAL land sea lake river AIRPORT building (terminal, gates) apron taxiway runway SUPPORT - contact us 24/7 for any questions or issues. FREE - Product update with the latest GIS information. $199+ - Request any other city or region (same day delivery) $99+ - Add terrain based on SRTM or LIDAR elevation data (3-5 LODs optimized)