Spaceship Frigate Oberon Low-poly 3D model

cgtrader

This pack delivers a sleek Oberon class frigate with cutting-edge modular armaments, ready to dominate any space-based battlefield. Utilize this formidable vessel in a wide range of immersive space games. The downloadable file is loaded with essential resources - FBX and OBJ files that enable seamless integration into your gaming experience. Notably, the provided 3D model comes without skin or rigging and doesn't support keyframe animations. Thankfully, virtually every popular game engine or 3D software comes equipped with its own powerful animation tools, perfect for creating custom effects such as ship movements and weapon fire sequences. This futuristic spaceship boasts a sophisticated modular design featuring an impressive arsenal: 6 strategically placed turrets for precise attacks 3 missile launchers that add extra punch to the ship's capabilities 1 high-performance torpedo launcher to keep adversaries at bay A selection of versatile gun batteries designed for flexibility in combat Ample space within its hangars to store additional weapons and supplies For added realism, 7 diverse texture sets are included: The ship, textures measured at a whopping 4096 x 4096 resolution Detailed 2048 x 2048 texture sets specifically crafted for each weapon Compact yet informative 1024 x 1024 textures used for the missiles 1 high-resolution PSD file with layered intact PSD format for seamless modifications All these cutting-edge textures support two advanced workflows - metalness and non-metallness. Users will also appreciate the various texture types available, including: Albedo map, rendered in precise PNG format for added visual fidelity An innovative AlbedoAO map incorporating ambient occlusion data An in-depth Ambient Occlusion (AO) map created using detailed shading Richly colored Illumination maps combining a color tone with a sharp black-and-white distinction A crisp Normal map carefully optimized in PNG format for enhanced depth effects Precise Metalness map created specifically for optimal rendering and material response.