Modern city streetscape Low-poly 3D model
Home Catalog Modern city streetscape Low-poly 3D model

Publication date: 2025-12-19

Modern city streetscape Low-poly 3D model

$28

License: Royalty Free

author:

heshusheng9

All content related to this 3D asset—including renders, descriptions, and metadata — is credited to its original author, «heshusheng9». CGhub does not claim copyright ownership over the content used.
  • Description
  • Formats

This realistic 3D model of a modern city street scene accurately depicts a downtown urban landscape, including glass-walled office buildings, elevated pedestrian walkways, wet asphalt roads, traffic, streetlights, and vehicles.

The scene design creates a cinematic rainy day atmosphere, showcasing realistic reflections on wet surfaces, precise lighting effects, and accurate city proportions. It's ideal for architectural visualization, film rendering, game environments, virtual production, and concept art creation.

Key Features:

Detailed modern city architecture with glass curtain walls

Multiple elevated pedestrian walkways connecting buildings

Realistic rainy street scene with lifelike reflections on wet surfaces

Includes vehicles, traffic flow, streetlights, road signs, and various urban details

Clean topology suitable for real-time or offline rendering

Modular layout – easily expandable or customizable

Ideal Uses:

Architectural visualization and urban planning

Game environments (AAA/Indie games)

Film shots and filmmaking

Virtual reality (VR) and real-time projects

All models and OBJ files were created using 3ds Max 2020 VR rendering.Thank you for purchasing my model.

FBX (Autodesk FBX, filesize: 1.64 GB), PNG (PNG, filesize: 715 MB), JPG (JPG, filesize: 715 MB), MAX (Autodesk 3ds Max, filesize: 1.11 GB), 3DS (3D Studio, filesize: 67.9 MB)

3D Model details

  • cgtrader Platform
  • Animated
  • Rigged
  • Ready for 3D Printing
  • VR / AR / Low-poly
  • PBR
  • Textures
  • Materials
  • UV Mapping
  • Polygons: 0
  • Vertices: 0
  • Geometry: Polygon mesh
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