About this asset

This 2K transparent PBR leaf texture set provides a versatile foliage atlas for realistic vegetation in architectural renders. This asset consists of a 2K resolution texture atlas featuring three distinct green leaf variations: a small branch with three leaves and two individual, serrated-edge leaves. The natural green tones are captured with realistic surface detail, including visible veins and subtle texture irregularities. The set is supplied with a full PBR map suite, including albedo, displacement, normal, roughness, and opacity maps. The inclusion of a separate opacity channel ensures that these leaves can be layered onto existing geometry or foliage models, allowing for precise control over transparency and blending in your final scene composition.

The download is an 8.4 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.

To integrate this asset, apply the albedo and normal maps to your foliage geometry, using the opacity map to mask the background for a clean, transparent edge. Adjust the roughness and displacement maps to suit your engine's lighting requirements, ensuring the leaves react correctly to environmental light. These textures are designed for standard PBR workflows and can be easily scaled or tiled within your preferred material editor to populate larger plant models or ground cover.

Ideal for enriching landscape designs, garden visualisations, and interior plant styling, these leaf textures provide the necessary detail to break up repetitive foliage patterns. Use them to populate 3D plant models in residential or hospitality projects where natural, organic detail is required. They pair effectively with other vegetation assets to create dense, realistic shrubbery or floor-level debris. Professionals seeking to enhance site plans or exterior elevations will find these maps essential for adding depth and authenticity to their architectural environment renders.