Samsung Gear S2 Classic Low-poly 3D model

cgtrader

It's a high-quality low-poly 3D model of the Samsung Gear S2 Classic watch used across various industries like game development, advertising, interior design, motion picture visual effects, and visualization. The model was created by stitching together ortho-photos of the real watch, ensuring every detail is recreated accurately. Using this model is hassle-free because it's made up of a minimal number of meshes, is low-polygonal, and has just one material, saving your system resources. Regardless of which renderer you choose to use, the model will always appear realistic thanks to its high-resolution photo-texture. The thoughtfully designed topology of the low-poly model, combined with detailed textures, allows for a minimal amount of polygons while maintaining maximum quality, even at close range. To further enhance realism, additional textures are used - Specular, Glossiness, Bump, and Emission - particularly on luminous elements such as screens and indicators. To achieve optimal Bump depth in Maya Software materials or V-Ray MTL materials for Maya, we recommend setting the Bump Multiplier to 0.1 - 0.2. A total of five main textures are included with a square resolution of 4096 pixels each in PNG format. These textures can be found along with their PSD counterparts in a separate archive. The model comes in two basic poses: unfastened and fastened strap. This low-poly 3D model was created using the Maya 2009 program and accurately scales to real-world measurements in centimeters. All parts are properly grouped and named for ease of use. To further facilitate your work, we've included an adjusted render scene in the Maya 2014 with a V-Ray 2.40 plugin. This scene can be opened without any issues on versions of Maya up to 2012 with V-Ray 2.0 using the .ma format. The render scene includes six V-Ray Rect Light + reflectors and assigns the V-Ray MTL material to the model. Additionally, you'll find scenes saved in other formats like FBX, OBJ, DAE, and Max (2010 version) for easy import into your preferred 3D program. Note: As a low-poly model, this design is not suited for the use of any smoothing modifiers.