About this asset

This equirectangular HDRI environment map provides soft, natural overcast lighting for 3D scenes via a park path setting. The environment map captures a high-dynamic-range panoramic view of a public park setting, featuring a mature tree with dense foliage providing a natural canopy. The ground plane includes a paved pedestrian path bordered by cobblestone details, transitioning into grassy mounds and soil patches. The lighting is characterized by soft, diffuse, overcast conditions, which produce gentle, subtle shadows suitable for realistic architectural visualization. This file preserves the ambient light information of the location, ensuring that 3D objects placed within the scene interact naturally with the surrounding environment's colour palette and soft illumination.

The download is a 7 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 use this asset, load the.hdr file into the environment or world background slot of your preferred 3D rendering engine. Ensure the mapping is set to spherical or environment mode to correctly project the 360-degree image. Adjust the rotation to align the primary light source with your scene's orientation. For best results, use this map as the primary light source or combine it with additional area lights to enhance specific highlights on your 3D models.

This HDRI is ideal for exterior visualization projects, particularly those requiring soft, natural lighting for residential developments, park designs, or urban landscape planning. It pairs well with outdoor furniture, landscape architecture models, and greenery assets. Professionals often search for park environments, natural daylight maps, or overcast lighting setups to achieve realistic ambient occlusion and soft reflections in their renders. Its neutral, diffuse quality makes it a versatile choice for scenes where harsh shadows are undesirable or when simulating cloudy weather conditions.