
Ice Hockey Helmet 3d model
cgstudio
Ice Hockey Helmet Generic is a high-quality, photo-real 3D model that elevates detail and realism in any rendering project. The model boasts a fully textured, detailed design, allowing for close-up renders, and was originally created in 3ds Max 2012 and rendered with V-Ray. This exceptional model will undoubtedly impress! Key Features: * High-quality polygonal model, accurately scaled to represent the original object with precision. * Model resolutions are optimized for efficient use of polygons, ensuring smooth performance (In 3ds Max, the Meshsmooth function can be used to increase mesh resolution if necessary). * All colors can be easily modified to suit your project's unique needs. * The model is fully textured with all materials applied, guaranteeing a seamless and realistic look. * All textures and materials are included in every format, making it easy to integrate into your scene. * 3ds Max models are grouped for effortless selection, and objects are logically named for smooth scene management. * No part-name confusion when importing multiple models into a scene - simply drop them in and start rendering! * No special plugin is required to open the scene, ensuring hassle-free use. * The model does not include any backgrounds or scenes used in preview images, keeping your focus on creativity. * Units: centimeters File Formats: * 3ds Max 2012 V-Ray and standard materials scenes * OBJ (Multi Format) * 3DS (Multi Format) * Maya 2011 * Cinema 4D R14 * FBX (Multi Format) Textures Formats: * 9 .png files, each 4096 x 4096 pixels Explore more of our exceptional models by clicking on our username to view our complete gallery. Price: $49.00 Date added: July 18, 2017 Last update: July 18, 2017 Product ID: 596df724a70248cf438b4567
With this file you will be able to print Ice Hockey Helmet 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 Ice Hockey Helmet 3d model.