
Viking Ulf Low-poly 3D model
cgtrader
Introducing the Viking character, Ulf, and other exciting models available for purchase! If you buy a character, you'll get an amazing 13-animation Viking with high-quality 4K textures. As a bonus, you'll receive elements of the environment including rocks, the Hanged, the Axe, the shield, the log, and two Viking stohes, all with PBR Textures (Metallic Shader). The Orc Azrak character comes equipped with 13 animations and sounds like walk, run, idle, jump, get hit, dead, and attack variations. It's packed with PBR textures in Albedo, AO, Metallic, and Normal formats (all 4096-4096 size). The model has 7,656 polygons, 14,724 triangles, and 10,051 vertices. The Hanged model features a single animation and includes PBR textures in Albedo, AO, Metallic, and Normal formats (all 2048-2048 size). It has 4,351 polygons, 7,971 triangles, and 4,046 vertices. The Log model showcases a static design with PBR textures in Albedo, AO, Metallic, and Normal formats (all 2048-2048 size). It has 960 polygons, 1,800 triangles, and 974 vertices. The Shield model boasts PBR textures in Albedo, AO, Metallic, and Normal formats (all 2048-2048 size). It has 562 polygons, 1,032 triangles, and 561 vertices. Two different stones are provided with PBR textures in Albedo, AO, Metallic, and Normal formats (all 2048-2048 size). The first stone has 189 polygons, 358 triangles, and 181 vertices, while the second stone has 844 polygons, 1,628 triangles, and 800 vertices. Lastly, the Axe model features PBR textures in Albedo, AO, Metallic, and Normal formats (all 2048-2048 size). It has 1,162 polygons, 1,800 triangles, and 620 vertices. Each model is meticulously crafted to provide an immersive gaming experience with stunning visuals and attention to detail.
With this file you will be able to print Viking Ulf 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 Viking Ulf Low-poly 3D model.