Wooden Fence 1A Low-poly 3D model

cgtrader

This model presents a classic Wooden Fence design, initially created with Blender 2.79 and then meticulously textured using Substance Painter. USAGE This particular model is perfect for usage in high-definition broadcasting, stunning advertising visuals, elaborate design visualization projects, real-time applications, or even blockbuster video games. SPECS The model consists of five individual objects and comprises an impressive 3,288 polygons, creating a detailed, lifelike representation. Furthermore, the model utilizes Blender Cycles materials for seamless integration. PRESENTATION IMAGES All provided preview images were carefully rendered using the high-performance Blender Cycles Renderer, guaranteeing stunning visuals every time. The render setup is also included to streamline the process. TEXTURES The textures boasted an 8-bit resolution per channel for superior image quality and detail, showcasing exceptional craftsmanship. Some notable textures include: • Wooden_Fence_1A_BaseColor.png, rendered at a high definition of 4096 x 4096 pixels. • Wooden_Fence_1A_Metallic.png, showcased in equal impressive 4096 x 4096 pixels. • Wooden_Fence_1A_Normal.png, with precise Normal Map rendering and an accompanying 4096 x 4096 pixel texture, utilizing the XYZ coordinates (X+Y-Z+) for detailed information about each face of the model. • Wooden_Fence_1A_Roughness.png, a detailed representation also in 4096 x 4096 pixels. Outdoor.hdr presents an impressive environment scene, capturing the natural scenery in its authentic form at a stunning resolution of 1024 x 512 pixels. GENERAL To emphasize the model's authenticity and attention to detail, it is scaled according to real-world measurements using metric units. Most importantly, the utilization of Blender Cycles renders makes this model suitable for immediate use without any requirement for additional plug-ins or third-party rendering solutions. ADDITIONAL NOTES Some other file formats may need to be re-sourced with fresh textures, so the results might differ slightly from the provided images: FBX, OBJ.