Realistic Modern Armchair Fabric 3D Model

Bring comfort and contemporary style to your 3D projects with this Realistic Modern Armchair Fabric 3D Model. Designed with attention to detail and realistic proportions, this armchair is ideal for interior visualization, architectural renders, furniture design, game environments, animations, and virtual spaces.

The model features clean, quad-based topology, organized UVs, properly named materials and textures, and real-world dimensions for easy integration into your existing workflow. Its optimized geometry also makes it suitable for game-ready and real-time applications.

Key Features

? Highly detailed and realistic modern armchair

? Fixed dimensions with real-world scale in centimeters

? High-quality fabric textures

? Game-ready optimized geometry

? Clean quad-based topology

? Can be prepared for animation and rigging

? Fully UV-mapped and organized

? Clearly named objects, materials, and textures

? Suitable for architectural visualization and interior design

? Ideal for games, animations, product visualization, and CGI

Technical Information

• Created in: Blender 3.5
• Rigged: No
• Animated: No
• Animation Included: No
• Scale: Real-world scale (centimeters)
• Topology: Clean quad-based topology
• Subdivision: Geometry is not subdivision-ready
• UVs: Fully UV-mapped
• Geometry: Optimized and production-friendly

Textures Included

• Diffuse / Albedo
• Normal Map
• Roughness

Rendering

Rendered using Blender 3.5 Cycles for realistic lighting and material presentation.

Note: Blender render setup is not included.

Included Files

The model is available in the following formats:

• .blend
• .fbx
• .obj
• .glb
• .stl

Additional Notes

All objects and textures visible in the preview images are included. Every object is fully UV-mapped, while materials and textures are properly named and organized for convenient use and editing.

Perfect for modern interiors, living rooms, lounges, offices, hotels, architectural visualization, furniture collections, game environments, VR/AR projects, and CGI scenes.