3D Model of Women's Tan Heels

3D Model of Women's Tan Heels crafted through Photogrammetry Scan

This 3D model of Women's Tan Heels is a high-quality digital asset designed for use in a variety of digital projects, including games, virtual reality, and film. Created using advanced Photogrammetry Scan techniques, these 3D shoes offer exceptional detail and accuracy, making them perfect for 3D characters in any project. The model captures the realistic texture and form of elegant women's tan heels, providing designers and developers with 3D footwear that can be easily integrated into any scene. Whether you're working on a game, film, or virtual production, these 3D shoes are an excellent choice for adding realism to your characters and environments.

Realistic 3D Women's Tan Heels rigged as a 3D Footwear for Metahuman in Unreal Engine

These Women's Tan Heels is customized to the Metahuman skeleton in Unreal Engine. These 3d shoes are designed for game development, VFX for film, VR, AR, XR, virtual production, and architectural visualization. Ideal for realistic 3D rendering, it is suitable for Metaverse characters.

Categorization of 3D clothing:

• The product is in the collection:

  3D apparel 3D models 3D footwear

• Types of 3D Footwear

  women's fashion shoes

• Types of 3D Footwear style:

  Regular footwear summer footwear street footwear outfit

• Type of 3D Asset:

  3D models Rigged rigged on metahuman skinned on metahuman Scaned digital design

• Time period:

  2000-2020 current period

Designed for:

• Unreal Engine developers, Metahuman Clothing designers, Unity 3D developers, Game developers, VFX Artists, VR, AR and XR developers, Visualizers of architecture, Metaverse creators, Virtual production creators

Note:

• This is a rigged 3d model of Women's Tan Heels.

Technical specification of the 3D model:

Delivery:

After payment, you will receive a downloadable link containing a package. This package includes a 3D model and various types of texture maps: Albedo, Roughness, Metallic, Normal, and Ambient Occlusion.