Low Poly Japanese Gate Low-poly 3D Model

$7.00
License:
Low Poly Japanese Gate 3D Model
$ 7.00
Remove Bookmark Bookmark This Item
  • Available formats:
    Free Format Conversion
    Alembic: abc 35.44 kb
    Blender: blend 157.46 kb
    Render: Cycles
    Collada: dae 83.82 kb
    Autodesk FBX: fbx 75.21 kb
    Wavefront OBJ: obj 43.65 kb
  • Polygons:
    1972
  • Vertices:
    2192
  • Animated:
    No
  • Textured:
    No
  • Rigged:
    No
  • Materials:
    Yes
  • Low-poly:
    Yes
  • Collection:
    No
  • UVW mapping:
    No
  • Plugins Used:
    No
  • Print Ready:
    No
  • 3D Scan:
    No
  • Adult content:
    No
  • PBR:
    No
  • Geometry:
    Polygonal
  • Unwrapped UVs:
    No
  • Views:
    1039
  • Date:
  • Item ID:
    455882
  • Rating:
Report This Item
Low poly large and old traditional Japanese gate model.

Feel free to separate objects and move them around, adjust the doors or scale the walls based on your scene. And in Unity if you want to see the materials just drag and drop the fbx file.

File Formats: abc, dae, blend, fbx, obj Print Ready: No
Need more formats?
If you need a different format, please send us a Conversion Request. We can convert 3D models to: .stl, .c4d, .obj, .fbx, .ma/.mb, .3ds, .3dm, .dxf/.dwg, .max. .blend, .skp, .glb. We do not convert 3d scenes and solid formats such as .step, .iges, .stp, .sldprt etc!

Download Low Poly Japanese Gate 3D Model abc blend dae fbx obj From BerkErdag

japan traditional asia building city town architecture asian house culture old ancient temple landmark pagoda district historic china scenic kyoto
There are no comments for this item.

Related Items From Low Poly Japanese Gate

Castle Gate Chinese Japanese 3D Model
wooden gate 3D Model
-20%
asian japanese and chinese realistic building 3D Model
horizontal slat single gate 3D Model
japanese temple gate 3D Model
-30%
asian japanese-chinese-korean realistic building 3D Model
japanese freestanding dojo 3D Model
old gate 3D Model
ancient roman town walls and towers a 3D Model
barrier gate 1 3D Model