
Starfield mug 3D model
cgtrader
This mug is a high-quality, meticulously crafted polygonal model with precise scale and centered placement. It's ideal for creating stunning, high-quality close-up renders that showcase its intricate details. The model and textures are carefully labeled, making it easy to navigate and utilize their full potential. The uv unwrapping process has been expertly executed, resulting in seamless seams and a fully textured surface that's been properly named for your convenience. Two texture sets are included, each featuring a color map, roughness map, and normal map in high-resolution 4096 resolution. This ensures that every aspect of the model's appearance is meticulously captured and ready for use. The model was created using Blender and rendered with Eevee, making it seamlessly compatible with a wide range of projects and software. Whether you're working on a specific scene or need a versatile asset, this model is ready to be imported and rendered as seen in the provided previews. No additional plugins are required to access the scene, allowing you to dive straight into your project without any unnecessary hurdles. So why should you invest in this model? Simply put, it's a time-saving solution for those who demand high-quality results without sacrificing hours of modeling and topology work. With this well-designed model, you can focus on other aspects of your project while still achieving exceptional visual quality. Product Dimensions: Height: 11.2cm Width: 8cm Length: 13.6cm File Formats: Blender OBJ FBX COLLADA Feel free to explore my other models by clicking on my username and browsing through the extensive collection. I'm confident that this model will exceed your expectations and provide a seamless experience for your creative endeavors.
With this file you will be able to print Starfield mug 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 Starfield mug 3D model.