Old Armchair Low-poly 3D model

cgtrader

PRODUCT DESCRIPTION Top-Shelf Armchair-3D Model Specially Designed for Immersive Gaming Experiences A meticulously crafted 3D armchair model, meticulously designed and prepared to deliver top-tier graphics in Virtual Reality (VR) and Augmented Reality (AR) environments. Compatible with various real-time applications, this stunning model incorporates realistic PBR (Physically Based Rendering) textures. Elevate your game with effortless integration into Unity or Unreal Engine 4, courtesy of pre-packaged import bundles. With its superior structure, our 3D armchair model excels in: Polygon count: 3628 Triangles A comprehensive absence of imperfections including: No N-Gons present, Polys with clean and separate geometries. A wealth of details accompany this model: Multiple texture maps available at high resolution: 1K Albedo (TGA) map showcases color information for optimal visual appeal. Metalness TGA ensures a lifelike, metallic finish. High-Definition Roughness (TGA) enhances surface details. Precise 1K Normalmap (TGA) brings detailed shape representation to the table. 1K Ambient Occlusion (Ao) texture imbues deep depth and richness to its textures. The format includes a multitude of asset options: *.FBX, *.OBJ for seamless object imports *.unityAsset 3ds models are perfectly suited for import via software Autodesk .Max &.ma compatibility. Utilize high-definition PBR shaders. Optimized and designed specifically with the intent of usage in first person shooters environments, where an incredibly precise 360 degrees look is required by our top quality PBR assets and it’s associated maps, our Armchair model represents ultimate comfort. A completely realistic game object is yours at purchase; you don’t need to bother acquiring rigging and animations – as these are entirely non-included within. Seek Help With Any Queries Via The Developer's Contact: Please don't hesitate to reach us at developer@eforb.ua or get a hold of me on our public artstation account You may find more relevant info on efrob’s webpage: https://www.eforf.com