Night Ocean Promenade Equirectangular HDRI Map

This night ocean promenade HDRI environment map provides realistic 360-degree night lighting with high-contrast street lamps. Captured at a coastal promenade, this equirectangular environment map features a dark night sky with soft cloud cover and distant city glow. The foreground is dominated by a paved walkway, while the mid-ground is lit by a series of bright, cool-toned street lamps that create distinct light sources and lens flares. The composition offers a high dynamic range with a strong contrast between the dark horizon and the artificial illumination of the lamps. It provides an immersive 360-degree field of view suitable for both background plates and global illumination in 3D rendering engines.

The download is a 6 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 directly into the environment or world lighting slot of your preferred 3D renderer. Adjust the exposure settings to balance the intensity of the street lamps against the ambient night sky. Because the file is equirectangular, it will map seamlessly onto a spherical projection, providing accurate reflections and light distribution for architectural scenes. Ensure your material roughness maps are correctly calibrated to capture the subtle highlights produced by the array of artificial light sources present in the map.

Ideal for architectural visualisations requiring authentic night-time outdoor lighting, this asset is particularly effective for coastal residential projects, public plazas, or waterfront developments. It pairs well with modern exterior lighting schemes and can be used to set a moody, high-contrast atmosphere for twilight or late-night renderings. Professionals working on landscape design or urban planning will find this useful for simulating the interplay of artificial street lighting and natural night environments in their final presentation imagery and high-quality motion graphics.