Qwantani Dusk 2 Pure Sky HDRI Environment Map

This equirectangular HDRI environment map provides soft, low-contrast dusk lighting with a pure sky and warm sunset glow for 3D renders. The environment map captures a serene dusk scene, characterised by a soft, diffused light palette of muted blues, gentle pinks, and warm orange hues near the horizon. It features a clean, minimal sky with subtle, thin cloud formations and a calm, mirrored horizon line that suggests a still body of water. This high-dynamic-range image is designed to provide natural, non-directional ambient light, making it ideal for scenes requiring a peaceful, evening atmosphere without harsh shadows or intense highlights. The composition is balanced and uniform, ensuring consistent light distribution across complex 3D geometry.

The download is a 4.4 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.

To integrate this HDR file, load it into the environment slot of your preferred render engine, such as V-Ray, Corona, or Octane. It functions as a complete light source, providing both background visuals and global illumination. Adjust the exposure or intensity values within the render settings to match the desired brightness of your scene. Because it is an equirectangular projection, it will map seamlessly onto a spherical dome, providing realistic light reflections on reflective surfaces and glass materials.

This environment map is well-suited for high-end architectural visualisations, particularly for exterior dusk scenes or interior spaces with large glazing. It excels in hospitality projects, such as luxury hotel terraces or residential waterfront developments, where a calm, evening mood is essential. Designers often pair this asset with warm artificial interior lighting to create a compelling contrast between the cool outdoor dusk and inviting indoor spaces. Use this map when aiming for a tranquil, atmospheric render that avoids the complexity of high-contrast sunlight.