Fries Packing Box Low-poly 3D model

cgtrader

The model is a high-quality, game-ready 3D asset with a low poly count. Realistic proportions and sizes are maintained, mirroring the actual object's dimensions of approximately 10.8 x 6.23 x 11.4 cm. This 3D model consists solely of quadrilaterals, ensuring optimal performance in various gaming environments. Multiple file formats are available for seamless integration into different game development pipelines: The model can be imported directly into Blender (version 2.91.0) as a .blend file, which includes the mesh, material (Principled BSDF), and textures in PBR format with roughness/metallic values. For Marmoset Toolbag 3 users, the model is available in .tbscene format, featuring the mesh and textures in PBR format. Those working with Unity can import the model as a .FBX file without materials or as an .obj file, both of which are exported from Blender. The model also comes in .glb and .gltf formats, which include the triangulated mesh and textures in PBR format. Additional Unity support is provided through the .unitypackage format, which contains the triangulated mesh and textures in TGA format. FBX files for Unity are available with Y-Up orientation, ensuring a seamless import experience. A Substance Painter project (.spp) file is also included, showcasing the model's unwrapped UVs. The model features high-quality game-ready textures (2048x2048 PNG) in PBR roughness/metallic format, including base color, metallic, normal, roughness, and ambient occlusion maps. A single set of five 8-bit PNG files is provided for the entire model. Optional specular/glossiness textures are available in a separate set of four 8-bit PNG files (2048x2048), featuring diffuse, specular, glossiness, and normal maps. Additional baked textures from a high-poly model are also included, comprising curvature, normal, object normal, height, position, thickness, material ID, and ambient occlusion maps in PBR format. The model has been rendered in Marmoset Toolbag 3 and Blender Cycles, with one image available in the latter.