Prayer kneeler 3D model

cgtrader

Production-ready Prayer Kneeler 3D Model, designed for PBR materials, includes a non-overlapping UV Layout map in the package.\n\nFeaturing only quad geometries with no poles or tris/ngons,\nthis model boasts smooth editing possibilities.\n\nEasily customizable, this object's geometries are UV unwrapped,\nas is shown by the provided UV Layout maps in PNG format with alpha transparency.\n\nAll items, including Object, Material and Texture files in the package are uniquely named.\n\nCreated using Blender 3D 2.80, specifically for Cycles and Eevee materials;\nmaintaining high quality when exported to OBJ and FBX formats;\nsubstance painter utilized for making PBR Textures suitable for various rendering engines like V-Ray,\nand game development tools such as Unity and Unreal.\n\nELEVEN promotional images demonstrate its features, each image was carefully rendered in Blender 3D 2.8x;\nas seen by looking through the provided images: five Cycles (Blender 3D 2.80), seven are wireframe images;\ntwo screenshots of the scene showcase UV layouts; others show other useful visuals like one at least UV layouts (PNG files with alpha).\n\nFormat available for download: FBX, OBJ;\ndepth details: BLEND (scenes within);\nscene assets in various PNG format.\n\nTotal asset composition:\nincluded objects comprise one 3D object,\nsuitable rendering engine: a PBR Material; each has its dedicated, carefully organized textures, non overlapping UV layouts mapped;\nuv layout images included: one at least, provided.\nAll of them show well-made texturing quality using Substance Painter;\nbegging to take your next step, they boast very large resolution 2048x2048 image files, available as needed in zip folder containing an engine PBR package!\n\nTechnical Specifications of object design - it was achieved by generating quad-based polygons.\nenhancing polygon performance to 19448 units, vertices are set on a non overlapping basis at about: 19464,\nwhich translates into real world scale;\nall in a well-suited cm format within the scope (Blender with default metrics unit values);\nis applied all-over with a scale (applicable from Blender)\noption to create object size using precise scaling.