Phoenix - city and surrounding area Low-poly 3D model

cgtrader

3D City Model of Phoenix, Arizona: Unlock Unparalleled Realism with Industry-Leading Accuracy A highly detailed and accurately rendered 3D city model of Phoenix, Arizona and its surrounding area, precision crafted from authoritative GIS data. Industry-leading accuracy ensures unparalleled representation of the built environment across all 50 US states, delivering 100% building coverage via an impressive 125,192,184 unique building footprints. Dimensions: Measuring an impressive 80km x 80km, this expansive model is scalable to suit various needs; contact us for a customized extract of smaller areas. Unit measurements: Meter-based files guarantee precise spatial analysis and accurate modeling applications. Cartographic Projection: Employing the Transverse Mercator projection technique ensures that geographical accuracy remains uncompromised within each Universal Transverse Mercator (UTM) zone, guaranteeing the integrity of the data. Supported Formats MAX: Delivered in compatible formats for seamless integration with popular software like 3dsMax and V-Ray. FBX: Exported in FBX format, suitable for widespread usage across diverse platforms. OBJ: Multi-format OBJ files allow easy integration into various architecture, visualization, and design environments. DAE: Delivered as DAE files for universal compatibility across the architecture, engineering, and gaming sectors. BLEND: Specific Blender format export facilitates direct implementation within this industry-standard modeling platform. Applications and Uses This 3D model is tailored for use in cutting-edge visualizations, immersive AR/VR experiences, real-time environments, and game development; catering to needs in architecture, consulting services, education, and research initiatives. Ideal applications include town planning and urban design projects, facilitating data-driven property analysis for developers, investors, and planners. Key Features and Benefits 100% Building Coverage: Comprehensive dataset comprising 125,192,184 individual building footprints across the United States, guaranteeing accurate modeling of both commercial and residential areas. Enhanced Precision: Leveraging the Transverse Mercator projection maintains accuracy by minimizing distortion within UTM zones, enabling detailed analysis and precise spatial planning. Holistic Approach: The model includes administrative boundaries of cities and their surrounding environments; further segmented into land use types, such as agricultural land or forest cover. Intricate detail: Roads categorized according to their type (e.g., highways or local roads), allowing for highly specific planning scenarios. Organized by Layering All objects within the scene are neatly structured by type, ensuring seamless data extraction and visualization. Each category includes detailed names facilitating easy identification. Structural Layers Building Types: • Residential buildings, categorized according to size and usage • Commercial areas, classified by economic function and zone classification • Industrial complexes and facilities, designated for manufacturing or logistical use • Public infrastructure such as government buildings and civic centers Transportation Hierarchy • Motorways: Major highways connecting urban areas to metropolitan centers • Primary roads: Important routes servicing key population centers and major employment hubs • Secondary roads: Regional road networks connecting secondary towns to main centers Land Use Segregation • Urban and semi-urban zones classified based on density, infrastructure, and environmental features • Rural regions characterized by agriculture, forestry, and natural landscapes Infrastructure Categorization • Pedestrian walkways, cycling lanes, and green areas integrated within urban design • Various categories of pavement types to ensure realistic representation of infrastructure conditions • Road categorizations including major highways, regional roads, and minor access routes Rail Networks and Urban Transportation Systems • Classifications based on public transit systems including rail services, metro networks, and commuter railways Landscape Elements and Terrain Layers • Agricultural lands separated into crops, pastures, orchards, and other land use categories • Forest cover classifications categorized according to ecosystem type and health • Grassland types classified according to density and composition • Water bodies and wetlands defined based on their purpose (e.g., industrial or drinking water sources) Future Updates Stay up-to-date with the latest data and expand your model seamlessly: - New areas: Encompass additional territories within a maximum area of 500 x 500 km. - Updated dataset: Stay current with recent development and planning changes. - High-Resolution Terrain Layers: Enhance your scene with photorealistic image overlays. Experience Unparalleled Detail Contact us to customize your data, request specific updates or expand your model across larger geographic areas.