Short Description

*Game-ready floral western cowboy boots 3D model with PBR textures, all-quads geometry, and optimized topology. This colorful footwear asset is prepared for Unity, Unreal Engine, Blender, product visualization, fashion renders, and stylized character projects.*Full Description

Game-ready floral western cowboy boots 3D model made as a high-quality only quads polygonal model with accurate scale and proportions.

This 3D model represents a pair of colorful floral cowboy boots with a decorative western silhouette and vivid pattern details. It is ideal for real-time projects, game characters, fashion visualization, stylized scenes, product renders, animation, advertising, and digital clothing presentations.

The asset is built with an efficient low poly structure, clean topology, and all-quads geometry. It is subdivision-ready with no creases and produces smooth results across major 3D software packages. The model uses a PBR texture workflow and includes multiple texture atlas options for flexible use in real-time and rendering pipelines.

Geometry

Low poly modelAll-quads geometryClean topology with efficient edge flowSubdivision-ready with no creasesSmooth results in any 3D software

Textures and Materials

PBR workflow

Two texture sets are provided: 2k and 4k

Included maps:

Base ColorRoughnessNormalMetallicAmbient OcclusionDisplacementTransparentAlpha

The included texture sets allow the model to be used in both optimized real-time scenes and higher-detail render setups.

UVs

Non-overlapping UVsProperly unwrapped for optimal texture usage

Technical Details

Created in Blender 5.1Render Engine CyclesGeometry Quads onlyClean naming conventionsOrganized folder structure

File Formats Included

.blend.fbx.obj.glb.usdc

Included with 2k textures and 4k textures.

Optimized for Unity and Unreal Engine.

This asset is suitable for CGTrader buyers looking for colorful footwear, western clothing accessories, fashion items, game-ready props, stylized boots, product visualization assets, and PBR optimized 3D models.