
Night Sky HDRI 007 is a 2K high-dynamic-range environment map featuring an atmospheric aurora display for realistic night-time illumination. This 2K resolution HDRI provides a comprehensive 360-degree night sky environment, dominated by soft, ethereal aurora borealis bands in shades of violet and green. The background is a deep, dark expanse filled with subtle star field detail. The inclusion of three test spheres—one reflective, one matte grey, and one dark blue—demonstrates how the map handles light distribution and ambient colour casting. The dynamic range is carefully balanced to ensure that dark shadows remain deep while the luminous aurora provides a natural, soft light source for exterior or interior scenes.
The download is an 8.4 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 implement this HDRI, load the file into the environment or background slot of your rendering engine. Adjust the exposure and rotation parameters to align the aurora bands with your camera view. Because this is a high-dynamic-range image, it will automatically influence the reflections and global illumination of your materials. It functions as a complete lighting solution, eliminating the need for additional artificial light rigs in simple nocturnal scenes, while maintaining consistent colour temperature across all reflective surfaces in the project.
Ideal for architectural visualisations requiring a dramatic, moody nocturnal atmosphere, this map is particularly effective for high-end residential projects, remote hospitality retreats, or landscape design renderings. It pairs well with interior scenes where light from the sky should filter through large glazing, casting soft, coloured ambient light onto interior surfaces.
Night Sky HDRI 007
Free
File formats
What changed in 1.0
Initial release.
Public domain. Use commercially, modify and redistribute. No attribution required.
Covers 1 seat.