GoPro Hero5 Black Low-poly 3D model

cgtrader

The low-poly 3D model GoPro Hero5 Black is a high-quality asset used in various fields such as game development, advertising, interior design, motion picture art, visualization, etc.. Modeling was created using ortho-photos of the real action camera, which ensured that all details of the design were recreated authentically. The model's ease of use lies in its simple structure: it consists of a single mesh for the body, which is low-polygonal and saves system resources. Additionally, there is only one material used, as well as separate meshes and materials for the lens and glass. The thoughtful topology of the low-poly model, combined with detailed textures, allows for minimal polygon use while achieving maximum quality, even in close-up shots. Advanced realism is achieved by using a range of textures, including Specular, Glossiness, Bump, and Emission maps, especially for luminous elements such as screens and indicators. To accurately utilize these textures, especially when working with the V-Ray renderer, it's essential to set BRDF Type to Phong for the correct glossiness effect. Furthermore, setting Use Fresnel and Fresnel IOR to 5 ensures a correct reflecting effect. Bump Multiplier settings of 0.1-0.2 optimize Bump depth. A total of five main textures are included at a high resolution of 4096 pixels per square inch in .png format, along with their original .PSD files for editing purposes. The model was created using Maya 2009 and has correct dimensions based on real-world scale measurements in centimeters. All parts are properly grouped and named for ease of use. A pre-adjusted render-scene created in Maya 2014 using the V-Ray 2.40 plugin is included, along with scenes saved in .ma format that can be opened in earlier versions up to Maya 2012. The scene features six V-Ray Rect Light units with reflectors and includes an animation timeline. The model also comes with a separate rendered version captured in HDRI lighting for visual realism purposes, which helps to better understand material characteristics and geometry. To work seamlessly across different 3D programs, the model is available in .fbx, .obj, .DAE, and .max (2010) file formats. Please note that this is a low-poly model, so it's not recommended for use with any smoothing modifiers.