
Retro Rotary Phone PBR Low-poly 3D model
cgtrader
Retro Rotary Phone High Quality 3D Model (Ready for Games AR/VR and Visualization) MODEL Phone is constructed from 5,675 polygonal objects in an intricate composition. The model is rendered with precision, awaiting the perfect blend of color, texture, and light. No unnecessary complexity lies within, instead relying on efficient architecture that will serve any game or virtual environment without issue. Every detail matters - every pixel meticulously designed to give your final product a sleek professional finish you can be proud of. Polycount: A total of 5,701 vertices provide the backbone for this sturdy design. This comprehensive polygonal composition allows the model to hold up well against varying conditions. MATERIALS Highly detailed and realistic textures, along with vibrant colors bring your Retro Rotary Phone High Quality 3D Model to life in incredible detail. Materials have been designed specifically for Unity and Marmoset renderers; every surface a symphony of precision and style. Each material boasts fine detail, waiting to be set in motion - an anticipation that stirs as the imagination awakens within your viewers. However, note that Scanline and FBX materials possess basic textures only. They are rendered differently than shown here; therefore will display distinctly in their native environments. Textures do exist for the OBJ file though - perfectly preserved in the event you want to manually incorporate additional design flair with an experienced artist at your command. Textures include high quality maps, providing depth to bring any Retro Rotary Phone model visually rich to an audience waiting patiently with fingers eagerly hovering on 'purchase'. TEXTURES Within this sleek high-quality package rests 1 meticulously created set of 3 highly defined texture collections in various styles; guaranteed perfect precision with vibrant color, and stunning definition, designed exclusively for optimal functionality within virtual realms such as gaming. Resolution is 2048x2048 with format - PNG making the files very portable - all the textures exist in just a single, easily downloadable archive and separate downloadable files will give customers maximum accessibility so their own workflow efficiency increases significantly during creative work process! SCENE Retro Rotary Phone is rendered in actual to-scale proportions - accurate dimensions have been painstakingly recorded and placed exactly as needed for realistic visualizations that perfectly depict its beauty and function; giving game designers and 3D enthusiasts the exact model specifications they seek without needlessly deviating. Each name of any component found within objects corresponds precisely to the purpose and name found upon actual phone - making things clear, easy, or quick whenever searching for one element and you don't want unnecessary confusions. Model transformation data reset so it rests in ideal scene position [0 0] enabling designers easily fit these phones anywhere within world coordinates while achieving perfectly fitting proportions for whatever needs may be there too. TEXTURE PATHS HAVE ALL BEEN SET TO RELATIVE PROVIDING MAXIMUM CUSTOMISATION - users will find themselves extremely empowered to freely navigate model properties and modify textures in various unique ways, never confined or constrained due excessive paths complicating their artistic pursuits. FILE FORMATS Supported file formats: •Maya with standard rendering Available. • 3ds Max- Scanline •FBX. All files delivered separately and within unity package as part of single easy-to-down-load archived download ready-to go.
With this file you will be able to print Retro Rotary Phone PBR Low-poly 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 Retro Rotary Phone PBR Low-poly 3D model.