Porsche 911 3d model fully Textured Low-poly 3D model

Here is a specific description of this Porsche 911 Turbo (930) as a 3D model for use in Blender, Cinema 4D, and 3ds Max. This includes modeling features, materials, and setup suggestions tailored to each platform while maintaining consistency across software.

3D Model Description – Porsche 911 Turbo (930) Geometry & Modeling Features

• Base Mesh:

  • Body: Modeled using clean quad topology with subdivision-ready geometry.
  • Fender Flares: Prominent extensions over the wheels; modeled as integrated or separate meshes for flexibility.
  • Spoilers:
  • Front Lip: Subtle aerodynamic lip under the bumper.
  • Rear Whale Tail: Large rear spoiler with slight downward curve—include vented detail underneath for realism.
  • Headlights: Classic round headlights inset into the front fenders with reflective inner domes and transparent outer glass.
  • Fog Lights: Rectangular lights embedded in the lower front bumper.

• Wheels:

  • Fuchs-style rims with black centers and polished silver lips.
  • Use high-poly geometry for the spokes, with normal maps for bolt detail.
  • Tires: Period-correct tread pattern, slight bulge at contact patch for realism.

• Interior (optional or simplified):

  • Bucket seats, 3-spoke steering wheel, analog gauges in the dashboard.
  • Minimalist layout consistent with late '70s styling.

• Paint (Body):

  • Procedural or PBR texture: Brown Metallic Paint
  • Slight metallic flake + subtle clearcoat reflection using a Principled BSDF (Blender) or equivalent shader.
  • Flake map for specular breakup.

• Glass:

  • Slightly tinted for realism; index of refraction ~1.45
  • Includes subtle smudging/imperfections for realism.

• Rubber (Tires & Trims):

  • Roughness + bump map for weathered rubber look.
  • Sidewalls have embossed lettering via normal/displacement.

• Chrome/Trim:

  • Aluminum materials for window trims and door handles.
  • Slight worn edges using curvature mask (optional for realism).

• Use Subdivision Surface modifier with control loops for body detailing.
• Materials via Principled BSDF; use nodes for flakes in paint.
• Use HDRI for realistic reflections.
• Rigging: Add empty for wheel rotations and steering rig if animation is planned.

• Use Subdivision and Symmetry Objects during modeling.
• Reflectance channel for paint with multiple layers: base color, flake, and clearcoat.
• Lights: Include softboxes or area lights for showroom reflections.
• Consider using Redshift or Octane for advanced shaders.

• Use Editable Poly for modeling with Turbosmooth modifier stack.

• Materials via Physical Material (Arnold) or V-Ray materials:

  • Set metal flakes in base layer, clearcoat in reflection layer.

• Rig: Dummy-based control system for animation-ready rig.

• Use HDRI dome light for reflections.

• Scale: 1:1 real-world size (Length ~4.3 m, Width ~1.7 m, Height ~1.3 m)

• Units:

  • Blender: Meters
  • Cinema 4D: Centimeters
  • 3ds Max: Centimeters

• Export formats:

  • .FBX (recommended for all three platforms)
  • .OBJ for simpler geometry transfer
  • .GLB/.GLTF for real-time and web use

Would you like a sample file layout or guidance on setting up a full scene for rendering or animation?