
Winter hat Low-poly 3D model
cgtrader
Highly Detailed 3D Winter Hat Model Created in 3ds Max 2018 A superior 3D model of a winter hat has been crafted utilizing the robust tools found in 3ds Max 2018. Key Characteristics of this Gaming and Animation Optimized 3D Model: This exceptional low poly model is tailored specifically for seamless use within gaming and animation projects. Model Specifications: Polygon Count: 1244 precise polygons for efficient performance Vertex Count: 1365 vertices allowing for versatile modeling capabilities Model Construction: The entire model has been designed utilizing polygonal quads exclusively for optimized results. Compatible File Formats: The following formats have been used to export the model for your convenience: FBX 3DS OBJ MAX (suitable for use within 3ds Max 2015 and 2018) Material Names Logical Each object in this 3D scene has logical, easily understandable names for improved organization. Texture Set: This model comes with a set of detailed textures designed to bring authenticity: Hat_Diffuse: A highly detailed diffuse map (2048x2048) for precise texture rendering. Hat_Normal: A meticulously crafted normal map (2048x2048) for subtle yet impactful surface detailing. Hat_Glossiness: An advanced glossiness map (2048x2048) to add depth and dimensionality. Hat_Height: A high-quality height map (2048x2048) providing added realism through texture variation. Hat_ior: A finely detailed ior (2048x2048) for precision refractive index calculation. Hat_Reflection: A precise reflection map (2048x2048) ensuring crisp and lifelike reflections. Rendering: This model is fully prepared for high-quality rendering using the robust Corona Renderer tool. The entire scene is professionally lit with an immersive HDRI environment by Tomoco Studio.
With this file you will be able to print Winter hat 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 Winter hat Low-poly 3D model.