About this asset

This PBR transparent decal set features nine distinct autumnal maple leaves in 2K, ideal for adding realistic foliage to scenes. This collection of nine maple leaves captures the transition of foliage from vibrant green to warm autumn hues of yellow and red. Each leaf exhibits detailed vein structures and natural imperfections, providing a high degree of visual authenticity. The set is supplied as a comprehensive texture atlas, including albedo, displacement, normal, roughness, opacity, and subsurface scattering maps. By providing a separate opacity channel, the asset allows for clean layering onto existing ground or paving surfaces without interfering with the underlying material properties, ensuring a professional, non-destructive workflow for architectural visualisation and environment design.

The download is an 11.7 MB compressed archive with the texture set at 2K with colour, normal, roughness, displacement and opacity maps, ready for any metal/roughness PBR workflow in Blender, 3ds Max, SketchUp, Unreal Engine or D5.

Professionals can integrate these 2K maps into any rendering engine by assigning them to a plane or mesh surface. The provided opacity map is essential for masking, allowing the leaves to sit naturally on top of grass, concrete, or gravel textures. Because the atlas covers a 0.90m by 0.90m area, scaling is straightforward when mapping UVs. Adjusting the subsurface scattering and normal maps will further enhance the interaction with light in the scene.

These leaves are suitable for exterior landscape projects, public park designs, and residential garden visualisations. They pair effectively with gravel paths, stone paving, or lawn textures to create seasonal atmosphere and ground-level interest. Architects and visualisers searching for autumn foliage, natural debris textures, or forest floor detailing will find this asset essential for adding life and scale to their models. It is particularly useful for final-stage rendering where natural variation and organic scatter are required to break up repetitive ground plane materials.