Realistic Wooden Shoe Rack – Low Poly 3D Model

This realistic wooden shoe rack is designed for high-quality renders, games, and real-time applications, offering a perfect balance of detail and performance. With an optimized low-poly structure and 4K PBR textures, this asset ensures both realism and efficiency.

Model Specifications:

• Polygon Count: 829 vertices, 771 faces (low-poly for smooth performance).
• Topology: Clean quad-based topology for easy modifications, smooth shading, and seamless subdivision if needed.
• UV Unwrapping: Non-overlapping UVs with an optimized layout to prevent stretching and maximize texture quality.

Textures & Materials:

• 4K PBR Textures (PNG format) for high-quality surface detail, including:
  Base Color (Diffuse)Normal Map (for enhanced surface detail)Roughness Map (for realistic material reflections)Ambient Occlusion (for added depth and shading accuracy)
• Textures are seamlessly mapped to ensure sharp details from any viewing angle.

Available File Formats:

• BLEND (Native Blender file, set up for Cycles and Eevee)
• FBX (Compatible with most 3D software and game engines)
• OBJ (Standard format with MTL file for materials)
• DAE (Collada format for cross-platform compatibility)

Design & Features:

• Realistic wooden construction with slatted shelves for a natural, breathable design.
• True-to-life dimensions, making it an ideal asset for interior design, architectural visualization, and virtual environments.
• Optimized for real-time applications, ensuring smooth integration into games, AR/VR projects, and mobile applications.
• Physically accurate PBR materials, ensuring correct light interaction for professional-quality renders.

Ideal Uses:

• Architectural visualization and interior design scenes.
• Game development as an environment prop.
• Product presentations for e-commerce or design showcases.
• VR/AR applications where high-quality yet optimized models are required.

This realistic wooden shoe rack is crafted to provide an authentic, highly detailed appearance while maintaining low-poly efficiency, making it a versatile and high-performance asset for any 3D project.