New Cairo: A City in Motion Modeling 3D Model
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Hi there , welcome to my profile,
I'm a Sourav Aich. I'm 3D modeller, Animation, Visualization.
I love to work & like to use my Creativity.
I am expert in *Blender, Unreal Engine, Character Creator, Iclone, Adobe Photoshop, & After Effects.
& I can do this work efficiently.
I'm a Sourav Aich. I'm 3D modeller, Animation, Visualization.
I love to work & like to use my Creativity.
I am expert in *Blender, Unreal Engine, Character Creator, Iclone, Adobe Photoshop, & After Effects.
& I can do this work efficiently.
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License
Extended Use License (IP Restricted)
This item comes with our Extended Use Licensing. This means that you may use the model in a variety of mediums and applications. But, because certain intellectual property depicted in this model may not be affiliated with or endorsed by the original rights holder, this model is subject to an Editorial Use Only Restriction which limits the ways in which you may use this model.
For full license terms, see our 3D Content Licensing Agreement
3D Model Details
| Vendor: | Sourav 3D Creation |
| Published: | Jan 17, 2026 |
| Download Size: | 281.5 MB |
| Game Ready: | Yes |
| Polygons: | 4,474,141 |
| Vertices: | 6,184,110 |
| Print Ready: | – |
| 3D Scan: | – |
| Textures: | Yes |
| Materials: | Yes |
| UV Mapped: | Yes |
| PBR: | Yes |
| Rigged: | – |
| Animated: | – |
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| Favorites: | 0 |
| Likes: | 0 |
| Views: | 1 |
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New Cairo: A City in Motion Modeling 3D Model
New Cairo City is an expansive, master-planned urban development located on the outskirts of Cairo, Egypt. Known for its contemporary architecture, mixed-use districts, residential compounds, educational campuses, and commercial hubs, the project presents an ideal subject for high-fidelity 3D modeling and visualization.
This 3D model of New Cairo City captures the scale, complexity, and design character of the urban environment while incorporating technical precision for architectural visualization, urban planning, simulation, and client presentations.
1. Scope of the 3D Model
Citywide Urban Fabric: Major roads, districts, green corridors, public spaces.
Landmarks & Key Structures: Administrative buildings, business parks, cultural centers, and iconic façades.
Residential Compounds: Villas, apartment blocks, gated communities with landscape elements.
Infrastructure Elements: Bridges, roundabouts, traffic junctions, transit lines, utilities.
Landscape & Environment: Parks, water bodies, street trees, terrain elevation.
2. Modeling Standards & Technical Specifications
Technical Feature Description
Modeling Software Autodesk 3ds Max, Blender, Rhino, SketchUp
Precision Level Real-world scale accuracy with GIS reference alignment
Units & Scale Metric (meters), consistent global scale across assets
Topology Quality Quad-dominant meshes with clean edge flow for rendering and animation
LOD (Levels of Detail) Multi-LOD setup for performance optimization
File Formats OBJ, FBX, USD, GLTF/GLB, native project files
Texture Mapping UV-unwrapped with layered PBR textures
Optimization Polygon reduction for real-time use, occlusion culling, instancing
GIS Data Integration Topographic maps, building footprint data for layout accuracy
Render Engine Compatibility V-Ray, Corona, Unreal Engine, Unity, Redshift
Lighting HDRI environment lighting + photometric street and building lights
3. Architectural Detail Levels
City Overview (Macro):
Building blocks with simplified geometry
Road network with accurate widths and lanes
Terrain with correct elevation and slope
District zones color-coded
District & Block Level:
Mid-level detail on façades
Visual differentiation of materials
LOD switches at predefined distances
High-Detail Landmarks:
Full façade details (windows, frames, balconies)
Interior shell geometry (optional)
High-resolution PBR textures
4. Materials & Textures
Physically Based Rendering (PBR):
Diffuse/Albedo
Roughness
Metallic
Normal/Bump
AO (Ambient Occlusion)
Material Libraries:
Concrete, glass curtain walls, metal panels
Asphalt roads, paving stones, grass and foliage
Water shader for lakes and reservoirs
5. Lighting & Environment
Sun & Sky System: Geographical location and solar angles calibrated for New Cairo
Night Mode Setup: Street lighting, building illuminations
Environment Probes: Global illumination for realistic shadows and bounce light
6. Animation & Simulation Features
Flythrough Paths: Camera rigs for smooth urban walkthroughs
Traffic Simulation: Animated cars and pedestrians
Day-to-Night Cycles: Timed lighting transitions
Wind & Foliage Animation: Subtle plant motion for realism
7. Optimization for Delivery Platforms
Real-Time Engines (Unreal/Unity):
LOD grouping
Light baking & atlasing
Instancing for repetitive elements (streetlights, trees)
Offline Rendering (V-Ray/Corona):
High-resolution textures
Render layers and AOVs for compositing
Distributed rendering setup
Web/AR/VR:
GLTF/GLB exports
Texture size balancing for WebGL
VR-ready navigation points
8. Output Deliverables
3D Model Files (organized & labeled)
Rendered Visuals (exterior shots, urban views)
Animations & Flythrough Videos
Interactive Web Viewer (optional)
Documentation & Asset Catalog
9. Usage & Applications
Architectural & Urban Planning Presentation
Client Proposals & Investment Decks
Virtual Tours & Marketing
Simulation & Training Platforms
Real-Time Interactive Experiences
This 3D model of New Cairo City captures the scale, complexity, and design character of the urban environment while incorporating technical precision for architectural visualization, urban planning, simulation, and client presentations.
1. Scope of the 3D Model
Citywide Urban Fabric: Major roads, districts, green corridors, public spaces.
Landmarks & Key Structures: Administrative buildings, business parks, cultural centers, and iconic façades.
Residential Compounds: Villas, apartment blocks, gated communities with landscape elements.
Infrastructure Elements: Bridges, roundabouts, traffic junctions, transit lines, utilities.
Landscape & Environment: Parks, water bodies, street trees, terrain elevation.
2. Modeling Standards & Technical Specifications
Technical Feature Description
Modeling Software Autodesk 3ds Max, Blender, Rhino, SketchUp
Precision Level Real-world scale accuracy with GIS reference alignment
Units & Scale Metric (meters), consistent global scale across assets
Topology Quality Quad-dominant meshes with clean edge flow for rendering and animation
LOD (Levels of Detail) Multi-LOD setup for performance optimization
File Formats OBJ, FBX, USD, GLTF/GLB, native project files
Texture Mapping UV-unwrapped with layered PBR textures
Optimization Polygon reduction for real-time use, occlusion culling, instancing
GIS Data Integration Topographic maps, building footprint data for layout accuracy
Render Engine Compatibility V-Ray, Corona, Unreal Engine, Unity, Redshift
Lighting HDRI environment lighting + photometric street and building lights
3. Architectural Detail Levels
City Overview (Macro):
Building blocks with simplified geometry
Road network with accurate widths and lanes
Terrain with correct elevation and slope
District zones color-coded
District & Block Level:
Mid-level detail on façades
Visual differentiation of materials
LOD switches at predefined distances
High-Detail Landmarks:
Full façade details (windows, frames, balconies)
Interior shell geometry (optional)
High-resolution PBR textures
4. Materials & Textures
Physically Based Rendering (PBR):
Diffuse/Albedo
Roughness
Metallic
Normal/Bump
AO (Ambient Occlusion)
Material Libraries:
Concrete, glass curtain walls, metal panels
Asphalt roads, paving stones, grass and foliage
Water shader for lakes and reservoirs
5. Lighting & Environment
Sun & Sky System: Geographical location and solar angles calibrated for New Cairo
Night Mode Setup: Street lighting, building illuminations
Environment Probes: Global illumination for realistic shadows and bounce light
6. Animation & Simulation Features
Flythrough Paths: Camera rigs for smooth urban walkthroughs
Traffic Simulation: Animated cars and pedestrians
Day-to-Night Cycles: Timed lighting transitions
Wind & Foliage Animation: Subtle plant motion for realism
7. Optimization for Delivery Platforms
Real-Time Engines (Unreal/Unity):
LOD grouping
Light baking & atlasing
Instancing for repetitive elements (streetlights, trees)
Offline Rendering (V-Ray/Corona):
High-resolution textures
Render layers and AOVs for compositing
Distributed rendering setup
Web/AR/VR:
GLTF/GLB exports
Texture size balancing for WebGL
VR-ready navigation points
8. Output Deliverables
3D Model Files (organized & labeled)
Rendered Visuals (exterior shots, urban views)
Animations & Flythrough Videos
Interactive Web Viewer (optional)
Documentation & Asset Catalog
9. Usage & Applications
Architectural & Urban Planning Presentation
Client Proposals & Investment Decks
Virtual Tours & Marketing
Simulation & Training Platforms
Real-Time Interactive Experiences
