Mimushi Sumo Fighter Figurine Low-poly 3D model

cgtrader

The Realistic 3D Model of Wooden Sumo Fighter Toy is a remarkable digital recreation of Mimushi, a beloved toy figurine crafted with meticulous care by artist Brian Lattke. A quick online search for 'Mimushi' will yield various colors and designs available in the marketplace. Detailed information about the model can be found below: The V-Ray and Standard Materials versions are both included, offering exceptional versatility. High-quality JPG textures (2048 x 2048 pixels) covering diffuse, reflection/specular, bump/displacement, and normal map facets provide unparalleled depth and realism. For ease of editing within Max, a Subdivision Modifier has been carefully integrated into the stack. This ingenious feature allows users to fine-tune poly density, effortlessly transforming low-poly models into high-fidelity masterpieces or vice versa. Additionally, each texture, map, and material is comprehensively documented in all formats for seamless drag-and-drop integration. With no background objects, cameras, or lights included in the scene, creatives are free to unleash their imagination without technical obstacles. For maximum adaptability, polycount statistics are presented for three different configurations: - Subdivided x2: 26,724 polygons and 13,506 vertices. - Subdivided x1: 6,852 polygons and 3,570 vertices. - No subdivisions - original mesh: 1,872 polygons and 1,080 vertices. Max users can effortlessly access the scenes via the Max zip file, featuring separate V-Ray and Standard Materials configurations compatible with Max 2009. Users of other software formats, such as 3DS, FBX, OBJ, and more, will appreciate the export versions tailored specifically for their platform. In addition to subdivided and original mesh variations, four distinct types of OBJ files (optimized for Cinema4D, Maya, XSI, and Lightwave) are included, providing maximum flexibility in achieving your desired aesthetic. However, it is crucial to note that rendering accuracy may differ between software due to differences in polygon reconstruction. Depending on the chosen application, some meshes might require manual texture/material reassignment to perfectly match the preview images displayed within this description.