Construction garbage spscan 5 Low-poly 3D model

cgtrader

Here is a new scan model created with maximum detail and realism. This high-resolution model measures approximately 2.5 meters in size. We have included four detailed levels of geometry, optimized for use in various applications: Level Zero has sixty thousand triangles, fully rendered and compatible with Max 2017/Max 2014 as well as FBX and OBJ file formats. With a polygon count of fifty-nine thousand eight hundred and eighty-one and a vertex count of twenty-nine thousand six hundred and eighty-six, this model excels at high-poly detail rendering. In addition to the three two-dimensional maps - Diffuse, AO (Ambient Occlusion), and Normal - our Level Zero includes a single eighteen thousand nine hundred and seventy-two by eighteen thousand nine hundred and seventy-two pixels, eight thousand x eight thousand image texture. Furthermore, this model contains a single eight thousand x eight thousand pixels sixteen-bit High Resolution map, providing precise detail. Moving on to the second level of geometry, known as LOD 1. We've designed this iteration with thirty thousand triangles and compatible support for Max 2017/Max 2014 and FBX/OBJ formats, making it highly versatile for rendering purposes. With sixteen thousand nine hundred and forty-nine polygons and a reduced vertex count of seven thousand six hundred and ninety-one verts, this LOD proves itself valuable when requiring a slightly decreased level of detail. Still impressive, however, the LOD retains Normal Map support via an eight thousand x eight thousand resolution Normal Map texture image, and it maintains high-poly detail accuracy through its accompanying sixteen-bit Height map. Level Two features even lower geometry count while maintaining compatibility with popular 3D modeling tools, specifically optimized for FBX/OBJ/Max2017, along with nineteen six hundred and fifty-three poly units reduced from Level One, retaining an essential fourteen thousand one hundred ninety-seven polys total and five seven hundred forty-one vertex point structure overall. Noting its similarity in level count compared to other geometric variations here displayed on our web interface. Our highest-detailed geometry iteration is found within the three-level geometric data. With twelve nine four twenty-vert point data, this model will function perfectly inside software formats as FBX/OBJ for maximum visual impact using the six thousand zero nine vertex polygon model units with only sixty-seven nine-one and twenty-seven vert count retained from other geometric variants present at level 3. As it appears you have a high detailed scanned 2D version of original construction scanning model data from earlier post. You now are free to import that very same high poly scan detail in any format for future visual impact through various compatible supported modeling environments using eight nine six zero plus two vert total amount when imported,