Grosjean helmet 2020 Low-poly 3D model

cgtrader

This is a 3D low poly model expertly crafted to deliver high-definition results with a surprisingly low poly count. Multiple UV sets are included for maximum flexibility. This professional-grade model boasts a standard low-poly mesh with a specific, carefully calibrated poly count. Rigged in Maya and ready for use, this model also includes geometry, materials, and textures for seamless integration into other software versions. Its accuracy and realism make it the most precise representation on the market today. A recreation of a helmet 3D model, it can be easily modified over time to suit your needs. The model is fully prepared for visualization in Maya, and for low-poly models, simply press 1 to access it. For high-resolution versions, press 3. In Cinema4d, navigate to the function menu and select subdivide; in 3ds Max, choose meshsmooth. In its low-poly form, this model boasts an impressive poly count of 5963 and vertex count of 6314. When smoothed out, it expands to a poly count of 23848 and a vertex count of 24538. Each texture is included in jpg format, boasting a high-quality 4K resolution. The textures themselves are comprehensive, featuring base color, roughness, metallic, normal, and height maps. Due to differences in disk topology across computers, you may need to adjust the textures path on your destination computer. This 3D model was created with meticulous attention to detail, based on real-world measurements and units of measurement. It's a highly accurate representation, crafted to deliver maximum quality. Animation is not included, but the files provided (obj, fbx, mb, c4d, and 3DS) are ready for use. In formats c4d, 3ds, obj, and fbx, the model has been exported with standard materials and textures, excluding mental ray shaders. The files contain no extraneous or hidden objects, such as lights or cameras. Rigging and constrains, blend shapes, and driven keys are included exclusively in the Maya format. The original file format is rendered in linear sRGB for optimal results.