3D Futuristic City With VR/AR/Low Poly

Description:
Immerse your audience in a stunning low poly futuristic cityscape, meticulously designed for seamless integration into VR, AR, gaming, and simulation environments. This high-concept urban layout features clean geometries, modular structures, and vibrant neon accents, evoking the aesthetics of cyberpunk, sci-fi, and smart-city futures.

From soaring skyscrapers and hovercar highways to modular buildings and dynamic lighting zones, this cityscape provides a visually compelling yet performance-optimized environment for real-time applications.

Key Features:
✅ Low Poly & Lightweight:
Polygon-optimized geometry ensures smooth performance across VR/AR headsets and mobile devices.

✅ Modular Design:
City blocks, roads, buildings, and assets are separated into modules for easy customization and scalability.

✅ PBR Textures:
Includes stylized yet performance-friendly textures (Albedo, Roughness, Emission) for realistic material definition.

✅ UV-Mapped & Game-Ready:
All assets are UV-unwrapped and ready for game engines like Unity, Unreal Engine, and WebGL.

✅ Futuristic Elements Include:

Neon-lit skyscrapers

Flying vehicle lanes & parking hubs

Holographic billboards

Energy-efficient smart buildings

Futuristic public transport (hyperloops, hover trams)

Drone pads and antenna towers

✅ Day & Night Lighting Presets (Optional):
Ambient lighting setups for dynamic day-night cycle simulations.

✅ File Formats:

.FBX, .OBJ, .GLB/.GLTF

Compatible with Unity, Unreal, Blender, and web-based engines.

✅ Poly Count:
~50k–100k polygons (entire scene)
Each building/module: ~300–2000 polys

✅ Texture Resolution:

512x512 to 2048x2048 (for AR/VR scalability)

✅ Scene Elements:

Modular streets and intersections

Hovercars and service drones

Trees with emissive leaves

Rooftop solar panels and energy grids

Use Cases:
VR world-building

AR city visualization apps

Sci-fi game development

Educational simulations

Virtual exhibitions or metaverse hubs