Classic Racing Wheels Pack

Classic Racing Wheels Pack 3D Model Collection

The collection consists of:4 models total
3D Model

This collection includes 4 different products:

  • Avon CR6 ZZ tyres with Borrani rims
  • Dunlop CR48 tyres with Borrani rims
  • Dunlop CR65 tyres with Borrani rims
  • Firestone tyres with Campanolo rims

They are all racing wheels/combos used on Ferrari cars in the 1950's, 1960's and 1970's.


  • Polygonal models (quads and tris) originally created in 3ds Max. Some more than 99% and some 100% quads. Tread is modeled only in quads.
  • Default, V-Ray and mental ray materials included for 3ds Max. Models are scaled to real world scale in metric units, and is placed very near / above the ground.
  • No isolated vertices, no overlapping vertices or faces. No errors on opening. No special plugin needed.
  • Textures (PNG format) with resolutions from 1024x1024 to 4096x4096 used for normals, diffuse, bump and reflection maps.
  • Textures, objects and materials are intelligently named and are very good for very high-definition renders if needed.
  • 3D printable Solidworks, STEP and STL files included containing only the two detailed wheels, with 3 pieces each (tire, rim and spinner) and some SVG files with bumpmaps for the tire sidewalls and spinners if you want to use them for displacement (3D texture).
Item rating
0 0
Classic Racing Wheels Pack
Royalty Free License 
Classic Racing Wheels Pack
Royalty Free License 
Response 97% in 0.7h

3D Collection formats

Format limitations
  • Autodesk 3ds Max(.max) 4/4
  • 3D Studio(.3ds) 3/4
  • Autodesk FBX(.fbx) 4/4
  • OBJ(.obj) 4/4
  • OBJ(.mtl) 4/4
  • SolidWorks(.sldprt) 4/4
  • SolidWorks(.sldasm) 4/4
  • SolidWorks(.slddrw) 4/4
  • ARTCam(.art) 3/4
  • Stereolithography(.stl) 4/4
  • STEP(.stp) 4/4
  • Autodesk Fusion 360(.f3d) 4/4
  • 3D Manufacturing File(.3mf) 4/4
  • Ply(.ply) 2/4
  • Cinema 4D(.c4d) 1/4
  • USDZ(.usdz) 1/4

3D Collection details

  • Publish date2022-08-06
  • Collection ID#3916800
  • Animated 0/4
  • Rigged 0/4
  • VR / AR / Low-poly 0/4
  • PBR 0/4
  • Ready for 3D Printing