Simple door lock 3D model

cgtrader

Simple door lock 3D Model consists of 3 individual objects: door part, frame part, and lock. Each object can be rotated or even animated - see preview images for details. All 3 objects share the same non-overlapping UV Layout map, Material, and PBR Textures set, making it production-ready. The model features quads-only geometries, ensuring smooth performance. The UV-unwrapped geometries allow you to create new textures (or modify existing ones) using the provided UV Layout maps (in PNG format with alpha). Each object, material, or texture has a unique and meaningful name for easy identification. Made in Blender 3D 2.80 (Cycles/Eevee materials), then exported to OBJ and FBX formats; materials and textures created in Substance Painter, optimized for PBR, V-Ray, Unity, and Unreal engines. 11+ promo images showcase the model's capabilities: rendered in Cycles (Blender 3D 2.80) for image numbers 1-6, wireframe images for numbers 7-8, screenshots from the Blender 3D scene displaying UV Layout for numbers 9-10, and additional UV layouts. The package includes FBX, OBJ formats; BLEND scenes (2.80 with Cycles/Eevee materials); and PNG files with alpha. Three meshes, one PBR Material, and UV-mapped Textures are provided, all with non-overlapping UV Layout maps. UV Layout maps and image textures have a resolution of 2048x2048 pixels; PBR textures created in Substance Painter. Polygonal, quads-only geometry ensures smooth performance (24918 vertices, 24792 quad faces). Real-world dimensions are used, with scene scale units set to centimeters in Blender 3D (metric system with 0.01 scale). Uniform scaling is applied to all objects within the package. A PBR Multi-Engine Textures Pack is included, providing textures for multiple rendering engines and game engines: Cycles/Eevee for Blender 3D (base color, occlusion + roughness + metallic + alpha), Vray for 3D Studio MAX (diffuse, reflect, reflection glossiness), Unity 5 Standard Metallic (albedo + transparency, metallic + smoothness), Unreal Engine 4 (base color + alpha, occlusion + roughness + metallic), and generic PBR workflows.