Dinning Table Low-poly 3D model

Dining Table – Optimized 3D Model | 3 Texture Variations | Game & ArchViz Ready | PBR Workflow

Product Description:Enhance your 3D interiors and immersive environments with this high-quality Dining Table 3D Model, designed for performance, flexibility, and aesthetic realism. With a streamlined geometry and robust texture workflow, this asset is suitable for architectural visualization, real-time game engines, virtual staging, and interactive AR/VR scenarios.

Engineered for versatility, the model includes three distinct texture variations, allowing seamless adaptation to a wide range of interior styles—from modern minimalism to traditional settings. It utilizes a PBR-ready texture setup, ensuring accurate material rendering across all lighting conditions.

Model Specifications:Vertices: 18,060

Faces: 25,416

Triangles: 35,192

Texture Details:Resolution: 4096 x 4096 (4K)

Number of Variations: 3

Included Maps (per variation):

Basecolor

Mask Map (includes Metallic, Roughness, AO in Unity/Unreal-compatible packed format)

Normal Map

All texture sets are efficiently authored and organized for plug-and-play usability in leading 3D engines and DCC tools.

Key Features:Game-optimized geometry with clean UVs and efficient mesh structure

Real-world scale and precise dimensions for accurate placement

PBR textures compatible with Unity HDRP/URP, Unreal Engine, Blender, and other industry-standard software

High-resolution materials for photoreal rendering and close-up shots

Ideal for interior visualizations, configurators, and mobile/VR experiences

Use Case Applications:Architectural Visualization (ArchViz)

Game Environments and Simulation Assets

Virtual Reality (VR) and Augmented Reality (AR) Projects

Product Showrooms and Online Configurators

CGI Renders for Marketing or E-Commerce

Technical Readiness:Clean hierarchy, zero transformations, and centered pivot

Export-ready in formats such as FBX and OBJ

Fully unwrapped UVs with non-overlapping islands

Lightweight polycount suitable for both real-time and high-resolution workflows