Medieval City Low Poly PBR Pack

The Model at a Glance

The Medieval City Low Poly PBR Pack offers a comprehensive collection of assets designed for creating historical or fantasy urban environments. This pack provides a range of medieval buildings, bustling market elements, natural environment pieces, and distinct character models, all crafted with a low polygon count while retaining PBR (Physically Based Rendering) material properties. It’s an ideal foundation for game development, architectural visualization, or detailed scene creation.

Technical Facts

• Includes FBX, OBJ, and Blender file formats for broad compatibility.
• The entire scene comprises 58,600 triangles and 31,900 vertices, optimized for performance.
• PBR texture maps (Albedo, Roughness, Metallic, Normal, and Ambient Occlusion) are supplied for all components.
• Buildings utilize a 2048×2048 UV map, while Market, Environment, and People sections each use 1024×1024 UV maps.
• Environment textures include an Opacity map for elements like foliage.

How Buyers Can Use It

This versatile pack can serve as a robust starting point for diverse projects. Game developers can integrate these assets into Unity or Unreal Engine to populate medieval-themed levels, while designers might use them for concept art, architectural pre-visualization, or educational simulations. The organization of assets into distinct categories—Buildings, Market, Environment, and People—facilitates easy assembly and customization. To visualize the assembled pack and its components in detail, a demo scene is available for review.

A Relevant Alternative

For those expanding their historical or fantasy settings, exploring other city asset packs on Deep3DSea could provide additional architectural styles or environmental elements. Whether you need more specific building types or broader urban landscapes, our marketplace offers a variety of options to complement the Medieval City Low Poly PBR Pack.

The technical listing also notes that the mesh is listed at 58.6k triangles; and 31.9k vertices; and is categorized under Architecture.