First Full Electric Sport Car Tesla Model S 3D model Low-poly  3D model

First Full Electric Sport Car Tesla Model S 3D model Low-poly 3D model

cgtrader

First Electric Sports Car, Tesla Model S in High-Definition 3D Pricing Available Upon Request Supported File Formats Include: * Wavefront Object (.obj) * MTL Texture File (Combined into single file: 2 files) Available Format: Stereolithography (STL) Size: 12.8 MB * Download: Now available for download. Also Compatible with X3D (Compressed Filesize of 23.3 MB). Compatible formats: AGisoft Photoscan format File Type .PLY Filesize is extremely Small only at (26.1 KB). Autodesk Certified Formats are Supported as well * .3DS - High-End Scene Editing software supports * The high Quality scenes available now * for $0 - Yes free - You must support the Developer in another manner, then use all you like 11MB 3D Animation is included. Available in Alembic file Format 1st only and it’s massive size 16.2 MB for .ABC * Blend format compatible with open Source, and also available as an (OpenGL Scene). Available * to be Downloaded free of charge - $0 or Free. Open-Standard: The popular 3D Game Engines Support it , a (.COL) version - DAE-File Size only . is approximately 4 1/2 Meg, a much lighter weight then our STL. AutodesK's Format Fbx Also Included Here with .MB at file Size 11.5 also DXF Available, to edit using free Software and also Support of all Other Open Standard and Industry standards included for Free. Your Help and contributions is much needed by me as i can only maintain such High end assets such as the tesla S by myself. so Your Help keeps everything running for the Community with 24/7 Support

Download Model from cgtrader

With this file you will be able to print First Full Electric Sport Car Tesla Model S 3D model 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 First Full Electric Sport Car Tesla Model S 3D model Low-poly 3D model.