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Bring realism and style to your 3D characters with this high-quality Man Shirt 3D model, designed for seamless use in Blender and other 3D software. This asset is carefully crafted to provide accurate folds, detailed stitching, and natural fabric behavior that enhances any scene — from cinematic renders to game-ready characters.Whether you’re a character artist, fashion designer, or 3D animator, this model delivers a polished, production-ready result that saves you hours of modeling and texturing work. The shirt was created using real-world references to achieve authentic proportions and fabric flow, ensuring it looks natural in any pose or animation.This model is fully optimized for performance and can be easily adjusted to fit different body types. It’s cleanly modeled with proper edge loops, making it ideal for sculpting, rigging, and animation workflows. Textures are provided in PBR format for realistic material response under any lighting condition.
Features:
Realistic and detailed men’s shirt 3D modelClean topology optimized for deformation and animationAccurate cloth folds and stitching detailsIncludes PBR textures (Base Color, Roughness, Normal, AO, and Metallic if applicable)Ready for Cycles and Eevee render enginesScalable and easily customizable fabric colors or patternsDesigned to fit human base meshes or character rigsSuitable for close-up shots and cinematic renders
Technical Details:
Formats: .blend, .fbx, .obj (optional additional formats)Textures: 4K PBR maps (Base Color, Normal, Roughness, AO)UVs: Non-overlapping, cleanly unwrappedRender Compatibility: Blender Cycles / EeveeScale: Real-world units (centimeters)Rigging: Not rigged, compatible with character rigs
Files Included:1 × Blender (.blend) file1 × FBX version1 × OBJ version
Ideal Uses:
Character design and animation projectsFashion visualization and clothing designCinematic rendering and photorealistic scenesGame character outfits or NPC clothingConcept art and product visualization3D printing (with modifications)
REVIEWS & COMMENTS
accuracy, and usability.
