Santa Claus chimney 3D model
cgtrader
This is an example of Santa Claus's iconic chimney, depicted in low-poly style. The model has not been designed for subdivision and retains its original shape even after subdivision. Originally created using Cinema 4d 17. Usage Notes: This detailed chimney model is perfect for a variety of projects, including high-definition film close-ups, advertising, design visualization, forensic presentation, and more. Its accuracy is rooted in real-world dimensions, making it an excellent choice for filmmakers and designers who require precise representation. Specifications: This comprehensive model contains one carefully grouped object and an impressive 8,758 polygons, offering plenty of details without sacrificing performance. The accompanying materials are ready for use and can be accessed in a marmoset file. Presenting Images: To view the detailed preview images rendered with Marmoset 3, please click on the following links. You'll find both high-quality lighting effects and camera setups that showcase the model's exceptional capabilities. Textures: A set of two expertly designed textures accompanies this chimney model, meticulously crafted to capture its intricate details. The textures are rendered in a crisp 1024 x 1024 resolution. General Notes: Built to match real-world scale, the chimney model features dimensions measured in centimeters. Objects within the scene have been organized by group, making it easy to navigate and adjust settings as needed. Export Options: The model can be exported into a variety of file formats, including C4d, 3ds, OBJ, FBX, and tbscene files, ensuring seamless compatibility with your software preferences. For non-Cinema 4d users, base mesh versions are available for direct use in other applications.
With this file you will be able to print Santa Claus chimney 3D model with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Santa Claus chimney 3D model.