Krasukha Electronic Warfare System 3D model

cgtrader

The Krasukha is a highly advanced Russian electronic warfare system designed for mobile and ground-based operations. Produced by the KRET corporation on various wheeled platforms, this sophisticated system targets airborne radio-electronics, including UAVs, as well as radar-guided airborne systems. The Krasukha plays a crucial role in the Russian Armed Forces with multiple applications. This model is an exceptionally detailed, photo-realistic representation of the Krasukha, perfect for enhancing detail and realism in any rendering project. The fully textured, detailed design allows for close-up renders, originally modeled in 3ds Max and rendered with V-Ray. Fidelity is optimized up to a 4k render, with no post-processing required. This model is ready for animation, easily positionable as needed or animatable. Its high-quality polygonal structure ensures accurate representation of the original object, with resolutions optimized for polygon efficiency. The Meshsmooth function in 3ds Max can be used to increase mesh resolution if necessary. All colors are easily modifiable, and the model is fully textured with all materials applied. Textures and materials are included in every format, mapped for seamless use. 3ds Max models are grouped for ease of selection, and objects are logically named for efficient scene management. File formats include: * 3ds Max 2015 + V-Ray 3.6 * 3ds Max 2012 with standard materials * OBJ 2012 (Multi Format) * 3DS 2012 (Multi Format) * FBX 2012 (Multi Format) * Maya 2012 with standard materials * Cinema 4D R12 with standard materials Textures are available in high resolution, up to 4096x4096 pixels for large parts and 2048x2048 pixels for smaller components. Cinema 4D users: To achieve subdivision (smooth), add HyperNURBS to each object, setting Catmull-Clark and Subdivide UVs to Edge. If you encounter issues extracting files, use the latest version of WinRAR (free). Also, explore my complete gallery by clicking on my user name to see more models.