Photorealistic Small Radio Transistor 3D model

cgtrader

Highly detailed, photorealistic 3D models of old Siemens radio transistors are now available. This highly detailed model was used as a prop in a close-up shot at the beginning of the Deadpool movie's first trailer from 2014. To view the exact model in action, click on the linked video to watch the scene. The scene features an exceptionally crafted old Siemens radio transistor with incredible texture detail. Multiple options are available for this strap, including versions for vertically placed, horizontally positioned and freely adjustable radio sets. This realistic design was created at real-world scale to deliver high levels of accuracy and realism. Both V-ray and standard materials are included in the model for flexibility and user convenience. A detailed yet relatively low-poly model ensures seamless integration into most scenes without excessive rendering time or unnecessary visual impact. All separate, properly named parts have been carefully designed to minimize hassle and ensure optimal results. High-resolution textures, maps, and materials come in all popular formats. No background objects, cameras or lights are included, making it simple for users to drag and drop the scene directly into their software of choice. Details on this model's impressive specifications include: Polys: 15,948 Verts: 18,649 A convenient Max zip file is available that contains separate scenes for both V-ray and standard materials, each optimized for use in 3ds Max 2009. Users who require compatible models in other formats may import the scene from a .max file or use one of four exported OBJ versions tailored specifically for Cinema4D, Maya, XSI or Lightwave. However, note that some compatibility issues with certain software might arise, which could result in differences between what is seen in preview images and actual export outcomes. Depending on specific software tools used, you may encounter minor texture assignments needing to be re-assigned manually to achieve ideal visual appearance.