Spaceship Torpedo Frigate Ripper Low-poly 3D model

cgtrader

This pack features a highly detailed Ripper class torpedo frigate with interchangeable modules, allowing for unparalleled customization and strategic depth in space-based real-time strategy games. It can also be effectively utilized as an epic boss or formidable adversary in side-scrolling action-adventure games, and is well-suited to top-down shooters. Please note that the downloadable file contains FBX and OBJ models, providing the groundwork for seamless integration into a wide array of 3D applications and game engines. The included model remains unskinned, unrigged, and devoid of animations. Nonetheless, most reputable game development platforms come equipped with their own built-in toolsets for crafting keyframe-driven animation sequences. Feel free to utilize these capabilities to add compelling effects such as the frigate's firing animations, for example. Scifi torpedo frigate Modular design 6 turrets, 3 missile launchers, 1 torpedo launcher, gun batteries, and hangars 1 torpedo + 3 missiles are included 6 diverse texture sets are available PSD files with intact layers have been provided PBR textures offer a wealth of customization options Texture sizes range from 4096 (ship), 2048 (weapons) to 1024 (missiles) pixels in size Approximately 8600 polygons comprise the model The final polygon count depends heavily on how many weapons are used to outfit the ship All six texture sets provided can be utilized within both PBR environments employing a metalness workflow as well as those that do not use this technology. The following texture maps have been included: Albedo map, saved in PNG format AlbedoAO map, saved in PNG format - this albedo map incorporates ambient occlusion data Ambient Occlusion (AO) map, saved in PNG format Illumination maps (color and black/white) Normal map, saved in PNG format Metalness map, saved in PNG format Gloss map, saved in PNG format In some instances, depending on the selected game engine or 3D application, model rescaling may be necessary for optimal performance.