HK MP5K Submachine gun Low-poly 3D model

cgtrader

Detailed high-fidelity game-ready model of the MP5K submachine gun is available now. This meticulously crafted model is designed for seamless use in games and real-time rendering 3D applications. Its versatility makes it a perfect fit for any project that requires precise detail and stunning visuals. The model's advanced features include support for Physically Based Rendering (PBR), ensuring unparalleled visual fidelity when used in engines like Unreal Engine 4 and others. The MP5K submachine gun model boasts an impressive polygon count of 9027, while the picatinny rail comes in at 1144 tris. These figures not only speak to the model's intricate design but also its suitability for a wide range of applications. Included are an array of high-resolution textures: * Diffuse map (4096x4096) captures the precise texture and pattern found on the MP5K. * Roughness map highlights the gun's surface irregularities, imbuing it with a realistic tactile quality. * Metallic map allows for nuanced metallic behavior in-game. * Normal map enhances depth and detail without requiring an overwhelming number of polygons. * Ambient Occlusion (AO) map brings the model to life with its convincing shadowing. Textures for both the MP5K and picatinny rail are included in TGA format, boasting resolutions of 4096x4096 and 2048x2048 respectively. One key factor contributing to the model's exceptional quality is the inclusion of normal maps baked from a high-poly model. This innovative approach ensures the low-poly model appears astonishingly detailed without resorting to excessive polygon counts. For artists who require an added layer of creative freedom, the Substance Painter project (.spp file) provides a versatile foundation for modification and customization. Throughout the development process, attention to detail was paramount. Marmoset Toolbag 3 played a key role in bringing this high-fidelity model to life with precise renderings and wireframes that rival even the most intricate real-world models.