This Realistic Polo Shirt 3D Model is crafted for artists who need a clean, customizable, and production-ready clothing asset. Designed with efficient quad-based topology, accurate garment proportions, and detailed fabric folds, this polo shirt fits seamlessly into character workflows for animation, games, cinematics, product visualization, and more.The model includes high-quality PBR textures, allowing for believable fabric shading under any lighting scenario. Materials are fully optimized for Blender Cycles and Eevee, ensuring consistent results across rendering pipelines. The mesh is lightweight but detailed enough for close-up shots, making it ideal for both high-end rendering and real-time applications.Perfect for artists needing an easy-to-customize garment, this polo shirt can be recolored or branded with your own logos and graphics—useful for sportswear, fashion previews, uniforms, and commercial clothing projects.

Key Features:Clean quad-based topology suitable for animation, rigging, and subdivision.High-resolution PBR textures including Base Color, Normal, Roughness, and additional maps where needed.Optimized materials for both Cycles and Eevee.Realistic fabric details with natural folds and stitching accuracy.Fully customizable colors and logos, easily adjustable through material nodes.Game-ready and render-ready, supporting real-time engines and VFX pipelines.Non-destructive workflow friendly, allowing further sculpting, retopology, or tailoring.

Use Cases:Character Creation: Add realistic clothing to characters for games, animations, or cinematic scenes.Fashion Visualization: Present apparel in high-quality stills or turntables for clothing brands or design concepts.Product Rendering: Create marketing visuals or mockups for clothing catalogs and online stores.Game Development: Use as a wearable item or NPC outfit in real-time environments.VR/AR Projects: Integrate into virtual fitting rooms or apparel simulations.Educational Projects: Ideal for students learning cloth modeling, shading, or character production pipelines.