DESCRIPTION

This is a complete, highly realistic 3D model of a Multi-Court Indoor Badminton Facility, designed for sports complex planning, architectural visualization (Arch-Viz), and interior rendering. The model is detailed and ready to drop into a larger building design or be used as a standalone interior scene.

The scene is accurately modeled to standard professional specifications and features:

Multiple Regulation Courts: Includes the correct court dimensions, floor markings (lines), and net setup for multiple individual badminton courts.

Specialized Flooring: The floor texture is modeled as PU (Polyurethane) or rubber sports flooring, typically found in professional arenas, providing a high level of detail and realism.

High Ceiling and Lighting: Features a high ceiling necessary for badminton, complete with professional overhead sports lighting (usually linear fluorescents or LEDs) and ventilation fixtures.

Surrounding Structure: Includes surrounding walls, viewing areas (if applicable from the image), and the required safety zones between courts.

This asset is a valuable resource for architects, designers, and students needing an accurate representation of a modern indoor sports venue.

Included File Formats:

3DS – 3D StudioDWG – Autodesk AutoCADDXF – Autodesk AutoCADFBX – Autodesk and other 3D softwareDAE – ColladaOBJ – Universal formatSKP – SketchUp 2023LUMION – Lumion LiveSyncSTL – Stereolithography (3D Printing Ready)

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Badminton Court Arena 3D Model Low-poly 3D model

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Native file format
SKP2 files
Size: 108 MB
2023
Exchange formats
OBJ
OBJ | 2 files<br />File Size: 108 MB
FBX
Autodesk FBX | 2 files<br />File Size: 108 MB
JPG
JPG<br />File Size: 53.8 MB
3DS
3D Studio | 2 files<br />File Size: 108 MB
PNG
PNG | 2 files<br />File Size: 108 MB
DAE
Collada | 2 files<br />File Size: 108 MB
DWG
AutoCAD | 2 files<br />Version: 2020<br />File Size: 108 MB
DXF
DXF | 2 files<br />File Size: 108 MB
STL
Stereolithography | 2 files<br />File Size: 108 MB
LS10
Lumion<br />Version: 12.5<br />File Size: 53.8 MB
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50 polygons
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/ 100 vertices
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