About this asset

This ivy leaf PBR texture decal set provides eight distinct foliage samples in 2K resolution, featuring opacity maps for layering. This 2K texture atlas features a collection of eight ivy leaf variations, including healthy vibrant green specimens and one leaf exhibiting natural decay and discolouration. Each leaf is captured with multi-angle photography to ensure accurate highlight response within a render engine. The set includes a comprehensive suite of PBR maps: albedo, displacement, normal, roughness, and subsurface scattering. A separate opacity map is provided for each element, allowing for non-destructive layering over existing surfaces. The atlas is scaled to cover a 250mm by 250mm area, ensuring consistent real-world proportions for architectural vegetation detailing.

The download is a 9.8 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.

Engineered for flexibility, this atlas is best utilised by assigning the albedo and opacity maps to a material slot in your preferred renderer. The provided normal and displacement maps add subtle surface depth to the foliage, while the subsurface scattering map is essential for achieving realistic light transmission. Users can easily map these to individual geometry planes or use them within a scatter plugin to populate exterior scenes without the overhead of high-poly geometry models.

These ivy leaf assets are ideal for adding organic detail to exterior architectural visualisations, particularly for garden walls, climbing greenery, or forest floor debris. They integrate seamlessly into landscape design projects, residential garden renders, and hospitality terrace scenes. By layering these decals over existing brick, stone, or concrete textures, professionals can quickly add natural weathering and character to building facades or site plans. Search for these assets when requiring precise, realistic vegetation elements that maintain low render times in complex outdoor environments.