Madrid-Barajas Adolfo Suarez International Airport Low-poly 3D model

cgtrader

This is exact and accurate to scale 3D model of Madrid-Barajas Adolfo Suarez International Airport (MAD) and its surrounding region based on GIS data from September 2019. Dimensions: 15x15 kilometers in size. File units are in meters, scaled perfectly at 1:1 precision. FORMATS MAX - Exported for use in Autodesk 3dsMax software, compatible with both V-Ray and Standard materials options. FBX, OBJ, DAE - Easily imported into a variety of formats using these universal exchange standards. UNITYPACKAGE - Customized specifically for Unity 3D gaming and interactive experiences. BLEND - Optimized for seamless integration with Blender creative suite tools. SKP - Ready for instant use in SketchUp design platform. 3DM - Compatible with the robust feature set of Rhino 3D software. KEY FEATURES Airport model features georeferenced precision, matching real-world measurements exactly. Objects within the model are carefully organized by category, making navigation a breeze: buildings, land-use areas, roads, and railways. Accurate, low-poly trees (in separate files or layers) add authentic textures and depth to your environment. USAGE Perfect for projects demanding accurate visualization, AR/VR simulations, real-time interaction, or immersive gaming experiences. Airport models are ideal for urban planning initiatives, property development analysis, education programs, and research purposes. SCENE STRUCTURE - Carefully crafted model architecture ensures effortless organization by type and clear object naming conventions. Airport terminal buildings airport gates runways marking and markings Roads highways primary roads secondary roads service roads railways Land-use areas: industrial development zones construction sites residential districts Vegetation: forest regions, grasslands, scrub habitats. SUPPORT - We are available 24 hours a day to provide assistance. To request another airport or urban area model, simply contact us today and receive instant delivery.