Photorealistic Apricot Half 3D Scan 3D model

cgtrader

Highly detailed, photorealistic 3D scanned model of an apricot half, boasting ultra-realistic texture maps and meticulously optimized topology. Ultra-high-resolution 8K images capture every nuance in this breathtakingly accurate model. ---------- General Information ---------- Clean and nicely organized, this 3D model boasts a clean mesh consisting primarily of quadrilaterals (98%), with the addition of realistic real-world scale measurements using units of centimeters. A wealth of high-res textures (measuring 8K) are also included. Please note that the studio setup, backgrounds, lights, and cameras are not included within this package, rendering these images will be carried out by the artist or designer choosing to utilize this asset. Images are rendered using the latest Subsurface Scattering technology, which provides incredibly realistic results; an SSS Mask is included with all renders to further refine visual detail. ---------- What's Included ---------- Ultra-high-resolution 8K texture maps for the following: - Diffuse texture - Glossiness - Roughness - Normal mapping for intricate depth effects - Displacement map for added complexity and dimensionality - Subsurface Scattering mask for subtle surface details - Radius mask, enhancing SSS capabilities with refined parameters The model itself is presented in two formats: the industry-standard .FBX (including proper object hierarchy) and native Maya-compatible .OBJ. Additionally, a Cinema4D file (complete with Corona materials ready for immediate rendering), allowing users to dive right into production without the need for extensive material setup. Users may also reference our Readme document if they wish to set up their own materials. ---------- Objects, Polycount & UVs ---------- Total object count is 1 single highly detailed model Poly-count is precisely at 4907 polygons per iteration, maintaining a consistently low level of computational requirements. The vertex count mirrors the poly-count at a modest total of 4909 individual points This highly detailed texture atlas was successfully unwrapped without any overlapping areas.