Abandoned Ruins - Retro Style Modular Environment Pack

Create ruined temples, abandoned churches, and dark fantasy environments with a modular system of 560+ assets designed for grid-based level building. From fully intact structures to crumbling ruins, this pack gives you complete control over both interior and exterior spaces.

Abandoned Ruins features a distinct low-resolution texture style, combined with crisp filtering, creating a unique aesthetic that blends retro charm. It captures a nostalgic feel without the limitations of old game engines or consols.

The included demo scenes showcase both day and night lighting setups, giving you ready-to-use environments or a strong starting point for your own levels.

KEY FEATURES

• 560+ models and 565 prefabs
• Fully modular system (walls, floors, arches, pillars, roofs, and more)
• Supports both interior and exterior environments
• 256×256 textures with a crisp pixel style
• Includes banner variations and ruined versions
• Use the default grid size (1, 1, 1) with snapping for modular placement
• Smaller models may require smaller increments such as (0.25, 0.25, 0.25)
• Real-world scale proportions
• 3 demo scenes included
• Built-in fire VFX prefabs
• Drag-and-drop ready prefabs

TEXTURES AND MATERIALS

• 28 low-resolution textures and materials, including, stone, metal, foliage, and flame FX.

Materials are prepared for the Built-in Render Pipeline and can be easily converted to URP.

Converting to URP

• Select all materials (they should appear magenta), from the top menu, click Edit > Rendering > Materials > Convert Selected Built-in Materials to URP.
• For Unity 6, open Window > Rendering > Render Pipeline Converter. Select the Built-in pipeline as the source and choose your target pipeline. Select “Material Upgrade,” then click “Initialize and Convert.”
• Ensure all textures have their Filter Mode set to “Point (no filter)” to prevent blurriness.
• Texture Compression should be set to None.

No custom shaders are used. Materials are compatible with URP and HDRP, though HDRP has not been explicitly tested.

NOTE: Some materials use double-sided rendering in URP. In the Built-in pipeline, the Particle/Standard Surface shader is used to achieve double-sided behavior.