Evening Sky HDRI 014 a

Evening Sky HDRI 014 A is a 2K high-dynamic-range environment map capturing a coastal sunset for realistic global scene illumination. This 2K resolution HDRI environment map provides a comprehensive 360-degree light capture of an evening sky over a coastal dune landscape. The image features a low-contrast sunset with soft, diffused light and subtle blue-grey tonality across the horizon. It is designed to provide natural, balanced ambient lighting, ensuring that reflections on surfaces, like the chrome and glossy spheres shown in the reference, remain physically accurate to the environment. The capture includes the full dome, offering a complete light source for exterior scenes where a calm, late-day aesthetic is desired.

The download is a 9.1 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.

To integrate this environment map, load the file directly into the world environment slot of your preferred rendering engine. Adjust the rotation to align the sunset with your project's primary light source, and tweak the exposure settings to match the desired brightness of your scene. Because the file contains high-dynamic-range data, it will automatically drive realistic reflections and global illumination, reducing the need for manual fill lights or complex artificial lighting rigs in exterior architectural visualisations.

This HDRI is ideal for exterior residential or coastal landscape renders during the transition into dusk. It pairs effectively with projects requiring soft, non-directional lighting that avoids harsh shadows, such as evening patio scenes or beachfront property developments. Professionals looking for a consistent, atmospheric light quality will find this asset useful for establishing a mood without the intensity of a midday sun. Use it to ground 3D architectural models within a natural, serene environment, ensuring cohesive lighting across all materials and reflective surfaces.