About this asset

Satara Night is a high-dynamic-range environment map featuring a clear starry sky and warm village lighting for realistic rendering. This HDRI captures a nocturnal landscape scene, characterized by a deep, dark sky filled with stars and the visible Milky Way. The horizon is defined by silhouetted trees and a cluster of low-rise structures illuminated by warm, artificial light sources. The contrast between the cool, dark celestial expanse and the intense, golden glow from the buildings creates a distinct lighting profile suitable for exterior visualisations. The equirectangular projection ensures seamless 360-degree coverage, providing authentic ambient light and sharp reflections for architectural scenes that require a natural, yet dramatic, night-time atmosphere.

The download is a 7.2 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 file directly into your rendering engine's environment or background slot to establish global illumination and realistic reflections. Because this is an HDR format, it retains the high-intensity data of the village lamps, allowing you to use the map as a primary light source for your scene. Adjust the exposure or gamma settings within your software to balance the brightness of the stars against the warm foreground lights, ensuring accurate light contribution to materials and surfaces.

Ideal for exterior night-time renderings of residential complexes, safari lodges, or rural hospitality projects. This map provides a convincing backdrop for projects aiming to capture a serene, remote environment. It pairs effectively with scenes featuring warm interior lighting spilling out through windows or exterior pathway illumination. Designers can use this when visualising evening mood shots, as the natural starlight and warm artificial highlights offer a balanced, high-contrast look that enhances the depth and realism of architectural models.