Ambient City Characters - Female

Ambient City Characters – Female is a modular character pack designed for populating modern urban environments with believable background NPCs. These characters are optimized for ambient use cases such as crowds, pedestrians, and social spaces rather than hero gameplay. Each character is fully rigged using Unity’s Humanoid system and is compatible with standard Mecanim animation controllers, including the Ambient City Animations pack and other humanoid animation sets. This package focuses on flexibility and integration, making it suitable for simulation-driven environments, AI-controlled crowds, and large-scale city scenes.

Features

  • 19 Fully rigged Unity Humanoid characters

  • Extensive blend shapes, including ARKit-compatible facial shapes

  • Compatible with Mecanim animation controllers

  • Suitable for ambient NPCs and crowd systems

  • Clean hierarchy and predictable scale

  • No animation controllers required

Intended Use

  • Background pedestrians and civilians

  • Crowd dressing and population systems

  • Urban hubs, streets, plazas, and interiors

  • AI-driven ambient characters

Notes

  • Animations are not included in this package

  • Designed to work with humanoid animation packs such as Ambient City Animations

  • Demo scenes using these characters are provided in a separate free Ambient City demo package

Technical Details:

Number of Unique Meshes: 21+ Collision: No Vertex Count (per character): 3,134 - 7,932 Triangle Count (per character): 4,344 - 10,254 LODs: No Number of Materials: 59+ Number of Textures: 163+ (_color, _specular, _normal) Texture Resolutions: 512x256 to 2048x2048 Bones (per character, max): 53 - 81 BlendShapes (per character): 175

This asset is authored and configured for Unity’s Universal Render Pipeline (URP).

The Package also includes .UnityPackage files for the Built-In Render Pipeline and HD Render pipelines that can be imported to configure the assets and demo scene for the appropriate render pipeline.

No custom shaders are used.

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