FBX- Lee Male Beach Wear

FBX- Lee Male Beach Wear

  • $100.95
    • FBX- Lee Male Beach Wear by: Paleo, 3D Models by Daz 3D
    • $100.95
    Artist:
    Compatible Software: Daz to Maya Bridge, Daz to Unity Bridge, Daz to Unreal Bridge, Daz to 3ds Max Bridge, Daz to Blender Bridge, Daz to C4D Bridge
    Install Types:
    Manual Install
    SKU:45175

    Optional License Add-Ons:

    $1.99

    *Unless otherwise specified, no discounts or offers will apply to License Add‑Ons.

    Artist: Paleo
    Compatible Software: Daz to C4D Bridge, Daz to Maya Bridge, Daz to Unity Bridge, Daz to Unreal Bridge, Daz to 3ds Max Bridge, Daz to Blender Bridge
    Install Types: Manual Install
    SKU:45175

    Optional License Add-Ons:

    $1.99

    *Unless otherwise specified, no discounts or offers will apply to License Add‑Ons.

  • Details

    Lee Male Beach wear is the Lee male figure with Action Guy Hair, wearing sunglasses, tank top, shorts, underwear, and sandals. All models are fully textures. There are five texture sets for this outfit.

    This product is a fully functional model of the character, clothing , and hair. Additionally, unlike most 3D human models available in other markets, this product includes morphs to make your character increasingly: Muscular, Stocky, Portly, or Thin as well as any combinations of or portions of those. Not only will your character be able to dynamically adjust to your needs, but the clothing, hair, and other accessories will automatically adjust with the morphs as well.

    This product includes a standard FBX format as well as a native Maya format version.

    • Poly Count: 255309
    • Vertex Count: 331609

    This product also includes the Interactive License for no additional cost.

    What's Included and Features

    • Lee Male (FBX & Maya)
      • Action Guy Hair
      • Tank Top
      • Shorts
      • Underwear
      • Sandals
      • Sunglasses
    • Morphs
      • Bodybuilder
      • Portly
      • Stocky
      • Thin
    • Textures Include:
      • 143 Texture, Bump, Normal and Transparency Maps (2048 x 2048 to 4096 x 4096)