About this asset

This 2K HDRI environment map provides realistic overcast daylight and reflections for architectural renders in any 3D software. Captured from an elevated rooftop parking deck, this 2K high-dynamic-range environment map features a neutral, overcast sky that produces soft, diffused lighting. The scene includes the geometric lines of a parking lot surface with painted markings, perimeter safety railings, and a sheltered walkway structure to one side. The overall colour palette is muted, dominated by industrial concrete greys and cool daylight tones. Because the lighting and reflection data are captured simultaneously, the map ensures physical consistency between the background environment and the illuminated 3D objects within a project scene.

The download is an 8 MB compressed archive containing a 2K equirectangular high-dynamic-range environment map, ready to load as dome or world lighting in Blender, 3ds Max, SketchUp renderers, Unreal Engine and D5.

Load this file into the environment or background slot of your rendering engine to establish global illumination and ambient reflections. For optimal results, align the map's orientation with the primary light direction in your scene to match the soft, diffuse shadows cast by the overcast sky. Adjust the exposure or intensity settings within your renderer to fine-tune the brightness levels to suit your specific interior or exterior composition requirements.

This asset is suited for exterior architectural visualisation projects requiring a neutral, overcast lighting condition. It works well for urban planning scenes, residential development renders, or commercial parking structures where soft, non-directional light is preferred. Professionals will find it useful for ground-level or elevated shots where a concrete rooftop context is appropriate. It pairs effectively with modern building materials like glass, steel, and exposed concrete, providing realistic reflections that help integrate 3D models into a believable, real-world urban environment setting.