City District H9-A14 3D model

cgtrader

This is a fully realized 3D cityscape modeled after typical American cities, with a real-world scale and level of detail. Every aspect of the scene is set up and ready for rendering. All materials are properly configured in Vray, while lighting is achieved through a combination of HDRI maps and dome lights. Here's how to utilize this model: For static renders: - Any art images - Architecture presentations - Exterior visualizations - Can be used as detailed backgrounds - And much more For animation: - Panoramas can be shot - Used as drone videos - Spans across the streets can be shot - Zoom-in and zoom-out videos can be created - And much more This model consists of: Over 1,000 high-quality textures More than 500 pre-set materials Over 180 street and roof assets More than 200 unique buildings Technical specifications: Name: h9_a14 Version: 2014 Preview: No Units: Meters Dimension: 1924.28 x 495.84 x 493.81 Polys: 5,174,751 XForm: No Box Trick: No Model Parts: 1895 Render: V-Ray Formats: 3Ds Max 2014, FBX Regarding the internal organization of this model: All objects are organized in layers for ease of use. Each object has a unique name, ensuring clear identification and no unnecessary duplication. The names of the objects match their corresponding materials. This model utilizes low-poly 3D models, eliminating random heavy models that can slow down rendering times. Scene setup: The scene is fully ready to render, requiring only opening the file to begin. A dynamic lighting system is in place, featuring a dome light and HDRI map. Materials: All materials are Vray materials for seamless integration. Cars, bushes, and trees have been scattered using the Multiscatter plugin for added realism. These scattered models can be found in a separate location within the scene, as seen in the last preview image. Textures range from 4k to higher resolutions, allowing for detailed rendering of average plans and close-up shots. Note: This model works exclusively with 3D Max, ensuring optimal performance.