Low Poly Modular Fence 20 Low-poly 3D model

cgtrader

The 3D model is created in Blender, rendered using Cycles, with materials designed using the PBR system, specifically crafted for games. The fence unit can be easily replicated as a single section. This significantly reduces the overall polygon count. The design uses a simple plane with texture maps applied to create each fence part, which saves considerable computer power when processing. Available formats: * .blend: Cycles rendered file; same appearance as in attached images; * .obj: model includes textures and materials, also provided with material assignments; * .dae (Collada): identical material assignment like previous format and textures also included; * .fbx (Autodesk format): same design and materials but applied only at slots for the 3D software compatibility; * .stl (Standardized Text for Additive Manufacturing) 3D Software: This 3D object originally used Blender version 2.79 along with its render tool 'Cycles' and successfully imports to any of other three dimensional models viewer software, minor material alteration required only after successful import for best rendering outcomes as expected in blender environment. Materials and textures created: PBR designed specifically within the boundaries defined by substance Painter workflow standards; thus texture, as well, were also used for model export. Also the 3d model include many formats of applied textures with their appropriate file name to differentiate from other one to have quick finding on what's right there where to render that will end-up identical or at most same outcome of render images you may find. Render Images generated as in attachments; Note all Blend files imported come directly attached by the designer scene created. And Render Commands Generate output identical preview images like we discussed just a few paragraphs back so enjoy with the images! For game engine ready models that could possibly work without any sort adjustments at max it requires minimum rendering setup and tweaking is really needed because there might occur difference based on game development workflow; this could happen for some software to support best out-put when all in good position which is only reason to provide those 3 formats above. Ideal poly count as it stands perfectly, ideal models constructed completely strictly quad surface making ready both real-time renders like in VR gaming but detailed sufficient enough even for cinematic high-fidelity.