Evening Sky HDRI 030 B

Evening Sky HDRI 030 B is a 2K high-dynamic-range environment map providing realistic overcast evening lighting and reflections. This 2K high-dynamic-range environment map captures the nuanced light of an overcast evening sky. It provides a balanced, natural illumination profile suitable for exterior visualisations or interior scenes requiring soft, ambient light. The map includes a full 360-degree range of values, ensuring that both direct light sources and ambient reflections are consistent across the scene. The capture features a deep, layered cloud structure that creates soft shadows and desaturated, cool-toned reflections, making it ideal for scenes where a moody, atmospheric, or late-day aesthetic is required for the final architectural render.

The download is a 6 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 2K HDRI into the environment or dome light slot of your rendering engine to establish global illumination and high-quality reflections simultaneously. Because the map contains true high-dynamic-range data, you can adjust the exposure and white balance directly within your render settings to fine-tune the intensity of the sky. For best results, rotate the map to align the brightest part of the cloud formation with your primary light source to ensure physically accurate shadow casting.

This environment map is suited for exterior residential, hospitality, or landscape projects that require a moody, overcast aesthetic. It pairs well with glass-heavy facades and polished metal surfaces where the soft, diffused reflections of the cloud cover can be fully appreciated. Professionals will find this asset useful during the final visualisation stage to add depth and realism to exterior shots. It is frequently used to simulate late-day conditions in architectural photography, especially when a neutral, cool-toned lighting environment is preferred for the composition.