Rigged Green Anaconda Low-poly 3D model
cgtrader
Rigged game-ready green anaconda 3D model setup with PBR textures is now live in Blender 2.80, poised for seamless animation and rendering via eevee and cycles. All textures are packed within the blend files. The model boasts pristine topology and non-overlapping UVs. Most suitable for close-up VFX shots and renders, animation, and real-time projects, this rig is the perfect addition to your digital toolkit. Cinema 4D R16 files are set up in physical render engine, while Redshift version 2.5.32 takes center stage. Lightwave 2015.03 files feature the default render engine. Fbx 2013 files cater specifically to use within 3D and real-time applications with fbx import support. The model is rigged with bones only, and two rig variants come with it: one for quick FK animation and poses, while the other is designed for IK-based path animations. Key features: Rigged Faces: 5127 Vertices: 5144 Triangles: 10226 High-resolution textures that deliver in every detail at 4K PBR material and textures crafted exclusively for Blender 2.80 Included texture maps include Albedo, Normal Map, Roughness Texture maps formatted specifically for Unreal Engine 4 and Unity are also available. 10 carefully-crafted shape keys offer endless customization possibilities. Two versatile rig variants cater to different project requirements, both sporting 74 strategically-placed bones. Users can access the Photoshop CS6 texture map template to fine-tune their artistic vision. For seamless lighting in your scenes, an HDRi is provided; users can access this valuable resource via a link included within the text document. Not one, but two completely rigged anaconda models are included for added flexibility and diversity in any digital project.
With this file you will be able to print Rigged Green Anaconda Low-poly 3D model with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Rigged Green Anaconda Low-poly 3D model.