About this asset

Dalkey View is a 2K equirectangular HDRI environment map providing soft, overcast coastal lighting for architectural visualisations. This HDRI captures a panoramic hilltop setting overlooking a calm ocean, featuring an asphalt foreground, stone compass inlay, and coastal vegetation. The lighting is characterized by a diffuse, low-contrast overcast sky typical of a temperate maritime climate. The scene includes functional elements like benches and public pathways, providing a realistic context for exterior renderings. The equirectangular projection ensures seamless integration into 3D environments, offering consistent ambient illumination and accurate reflections for architectural models. The lack of direct sunlight makes this map ideal for achieving neutral, balanced lighting without harsh shadows or extreme highlights.

The download is a 6.2 MB file 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.hdr file into your software's environment or world lighting slot to provide global illumination and background imagery. For best results, rotate the map to align the brightest part of the sky with your scene's primary light source or intended view direction. Since this is an unclipped, high-dynamic-range image, it will effectively drive reflections on glass and metallic surfaces while maintaining soft, natural contact shadows across your project's ground plane.

This environment map is suited for exterior residential or public realm projects that require soft, ambient daylight. It serves as an effective backdrop for coastal developments, park designs, or hillside architectural concepts where a calm, overcast atmosphere is desired. Visualisers often use this to ground models in a realistic, non-distracting setting. It pairs well with neutral material palettes and works effectively in mid-range rendering engines to produce professional-grade lighting setups without the complexity of manual light placement.