Robot 3D Model – Low Poly Rigged Character with PBR Textures, FBX
Sci-Fi

Robot 3D Model – Low Poly Rigged Character with PBR Textures, FBX

$72 $36

File Formats

Native Format

.max
Default (Scanline) | 2020 • 2.46 MB

Exchange Formats

.3d studio.textures.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

Plugins Used UV Mapping Textures PBR Low-poly Rigged

Unwrapped UVs

Non-overlapping

Download information

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

Description

Introducing the Robot 3D Model, a meticulously crafted low poly character inspired by classic sci-fi aesthetics. Perfect for game developers and animators, this rigged robot is designed to enhance your projects with a futuristic touch.

With its detailed polygon mesh and 4K PBR textures, this model not only looks stunning but is also optimized for performance. The included textures encompass Base Color, Displace, Normal, Ambient Occlusion, Emissive, Roughness, and Metallic maps, ensuring your scenes are visually rich and immersive.

  • File Formats: Binary FBX, OBJ, 3Ds Max
  • Polygon Count: 38,308
  • Vertex Count: 42,503
  • Rigged & Skinned for seamless animation
  • PBR Textures: 7 high-quality textures
  • No UV overlaps, ensuring optimal texture mapping

This model is ideal for use in video games, animated films, or any sci-fi themed project. Whether you’re creating a military android or a whimsical alien character, this robot will fit right into your narrative.

Ready to bring your projects to life? Download now and step into the future of animation with this amazing Robot 3D Model!

Tags

alienalien characterandroidcharactercreaturecyborgfantasyfifuturisticlostmechanicalmilitaryrobotrobot charactersci fi charactersciencespace