Cyber Streetwear Female Character | 3D Game-Ready Asset

1. Detailed Description

Overview:A stylized cyber-urban female character asset featuring a pink bob hairstyle with dark accents, coordinated black-and-magenta streetwear, graphic sweatshirt, utility cargo trousers, and platform footwear. Designed for character visualization, game prototyping, animation workflows, cinematic scenes, and digital portfolio presentation.

Key Features:

• Consistent character design with coordinated hair, clothing, accessories, and footwear.
• Black-and-magenta streetwear theme with graphic details and utility-inspired styling.
• Full-length outfit with layered garment elements, pockets, straps, buckles, and trim.
• Neutral standing presentation suitable for inspection and asset previews.
• Studio-rendered appearance with clearly readable material separation.
• Suitable as a visual reference for modeling, texturing, and character production.
• The supplied showcase is a rendered presentation; editable mesh, UVs, rigging, and source files are not verified.

Technical Specifications:

• Geometry: Polygon count and quad/triangle breakdown not provided; topology cleanliness requires inspection of the source mesh.
• UV Mapping: UV layout and overlap status not verified.
• Texture Maps: Resolution and included map types are not confirmed. The visual uses black, magenta, and metallic-style material finishes.
• Included Formats: Native project, FBX, and OBJ availability are not confirmed.
• Rigging/Animation: Rig and animation status not confirmed; verify the source asset before production use.
• Compatibility: Rendered concept is suitable for reference in Blender, Maya, and other 3D content creation workflows; editable-file compatibility depends on supplied source files.

1. 20 Tags (Separated By Comma)

3D character, female character, cyber streetwear, urban fashion, stylized character, game character, game ready, character asset, pink hair, black magenta, cargo trousers, utility clothing, graphic sweatshirt, platform sneakers, character design, 3D modeling, topology study, material design, digital sculpting, studio render