Modern low poly wooden dining table with realistic PBR materials. Optimized for Unity mobile, PC, VR, interior design and architectural visualization.Modern Wooden Dining Table is a high-quality low poly furniture asset designed for Unity projects. Featuring a realistic wood finish, clean rectangular tabletop and stylish angled legs, this model is optimized for excellent real-time performance. It includes clean topology, efficient UV mapping and PBR materials, making it suitable for mobile, PC, VR, AR and architectural visualization. Perfect for dining rooms, kitchens, restaurants, cafés, offices and modern interior environments. Lightweight geometry ensures fast rendering while maintaining visual quality. Compatible with Unity Built-in, URP and HDRP pipelines, making it an ideal furniture asset for games, simulations and interior visualization projects.modern wooden dining tablelow poly dining tableunity furniture assetgame ready tablewooden dining tablemodern wood tableminimalist dining tablescandinavian furniturerectangular dining tablewood furnitureinterior furniturekitchen tablerestaurant tablecafe furnitureoffice furniturepbr furnituremobile game assetunity proparchitectural visualizationinterior designrealistic furniturestylized furnitureblender modelunreal assetlow poly furnituremodern interiorwood tabletable assetinterior propfurniture packFile Format: FBXGeometry:Verties - 804Triangles - 1584Textures:· Resolution: 2048 × 2048 (2K)· Base Color· Metallic· Roughness· Normal· Ambient Occlusion (AO)· Bounes Textures Urp_Lit_MetallicMaterials:· Physically Based Rendering (PBR)· Unity Universal Render Pipeline (URP) CompatibleUV Mapping:· Clean UV Layout· Non-Overlapping UVs· Optimized for TexturingScale:· Real-World Scale· 1 Unit = 1 MeterRigging:· Not RiggedAnimation:· No Animations IncludedMesh Type:· Static Mesh· Game Ready· Low PolyCompatibility:· Unity· Unreal Engine· Blender· 3ds Max· MayaSuitable For:· Games· VR / AR Applications· Interior Design· Architectural Visualization· Product Rendering· Real-Time Projects
