
Crocodile Hippopotamus Rhinoceros and Elephant Low Poly Low-poly 3D model
cgtrader
This optimized model boasts exceptional texturing to provide breathtaking, real-world renderings at incredible speed. Designed for exceptional quality and compatibility with gaming engines and visualizations, it offers an ultra-realistic appearance and seamless performance. With meticulously crafted polygons and every edge precisely defined, the overall aesthetic is both crisp and polished. As a highly accurate replica of real-world architecture, this model has been scaled to represent precise details, making it an invaluable asset for professionals seeking realistic outcomes. Each object within the package undergoes rigorous testing to ensure zero errors in geometry or layout, guaranteeing compliance with legal standards. Notably, subdivisions are not required to utilize this model efficiently, thanks to its streamlined structure and carefully optimized performance. Key features of this package include: - Unmatched suitability for Architectural visualizations, Product design renderings, Game engine integration, and VR (Virtual Reality) experiences - Eliminates the need for plugins, focusing on direct light setup for optimal results - Offers realistic scale with inch-based measurements to cater to real-world applications - Significantly reduces rendering times while maximizing scene optimization and extreme lighting effects Ease of use is ensured through simple integration into scenes and seamless rendering capabilities, eliminating any hindrances due to complicated processes or materials. Furthermore, this package offers complete control over all elements, ensuring accurate setup. Notably absent are unnecessary complexities; all textures' paths are optimized for smooth functionality, and essential materials and textures are included and effectively assigned within the model. Clear categorization of objects and naming conventions ensure seamless navigation and understanding of even complex structures. Detailed organization of layers and material properties also streamlines processes, enhancing productivity and workflow efficiency. Details of each included model include: Crocodile_01: 2213 polygons; 256x256 texture - One standalone object, comprised exclusively of Quad/Tris polygon for streamlined performance - Utilizes a single assigned material and one integrated texture for consistent visual results Hippopotamus_01: 898 polygons; 256x256 texture - Like Crocodile_01, it consists of a singular object featuring Quad/Tris polygon, ideal for reduced memory footprint - Benefits from a solitary used material, optimized with its accompanying 256x256 texture map Rhinoceros_01: 1050 polygons; 256x256 texture - Demonstrates consistent modeling structure through single-object formation and reliance on Quad/Tris polygons for light processing - Includes one combined material with 256x256 texture mapping Elephant_01: 1332 polygons; 256x256 texture - Represents an impressive model count despite its singular, precision-cut nature - Incorporates a sole assigned material coupled with its corresponding 256x256 image, allowing seamless control. Rendered using the high-quality Scanline tool within 3ds Max 2011 for precise and vivid results. The download comes in a convenient ZIP format that includes: * The model file compatible with 3ds Max (2011) * An OBJ format version of the same file for expanded usability * FBX Format for extensive compatibility options across multiple platforms * The original 3D Studio format for seamless integration and preservation of unique qualities. Prepackaged texture maps allow effortless import, ensuring accuracy and maintaining authenticity without adding unnecessary complications to your workflow.
With this file you will be able to print Crocodile Hippopotamus Rhinoceros and Elephant Low Poly 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 Crocodile Hippopotamus Rhinoceros and Elephant Low Poly Low-poly 3D model.