Sci-Fi Ventilation System 3D Model – Low Poly PBR Asset, FBX
Part

Sci-Fi Ventilation System 3D Model – Low Poly PBR Asset, FBX

$46.8

File Formats

Native Format

.max
85.8 MB

Exchange Formats

.textures.png.autodesk fbx.obj

Features

File & scene

No unsupported objects Binary FBX

Geometry

Polygon mesh Manifold geometry No faceted geometry No N-gons

Textures & material

Assigned materials Power of 2 texture sizes Square textures No embed textures PBR textures

UVs & naming

Allowed characters UV unwrapped model No UV overlaps

3D Features

UV Mapping Materials Textures PBR Low-poly

Unwrapped UVs

Overlapping

Download information

After purchase, you will receive an email within several hours with a download link to access your files.

Description

Enhance your gaming environment with this highly detailed Sci-Fi Ventilation System 3D Model. Perfect for adding a futuristic touch to your scenes, this low-poly asset is designed for optimal performance without sacrificing quality.

Created with meticulous attention to detail, this model features PBR textures that ensure realistic rendering in various environments. The textures are sized at 2048x2048, providing clarity and depth, making it ideal for both close-up shots and expansive settings. The geometry is manifold with no N-gons, guaranteeing compatibility across different platforms.

  • File Format: Binary FBX
  • Geometry: Low-Poly, Manifold, No Faceted Geometry
  • Textures: PBR, Square Textures (2048x2048)
  • UV Mapping: Unwrapped, No Overlaps
  • Naming: All Objects Logically Named

This model is suitable for game developers, animators, and anyone looking to create immersive sci-fi environments. Whether you're crafting a space station or a futuristic factory corridor, this ventilation system will be an essential part of your asset library.

Download now to elevate your project with this versatile and game-ready 3D model!

Tags

airconditionercorridordiffuserfactoryindustrialindustrial partindustrymodulepartpipepipelinesci fispacesupplytubeventilation