
This 2K seamless PBR ground texture features a mixture of grey crushed rock, compacted earth, and fine gravel for realistic site rendering. Captured from real-world terrain, this high-fidelity material depicts a rugged, uneven ground surface dominated by scattered grey stone fragments and fine, dusty particles. The texture exhibits a natural, randomised distribution of aggregate sizes, ranging from larger angular rocks to fine silt. Subtle patches of low-lying vegetation are integrated into the surface, adding organic character. The base layer combines earthy brown and tan tones with cooler grey highlights, providing a neutral yet detailed foundation suitable for wide-area terrain mapping. Its photogrammetric origin ensures realistic light interaction across both flat and displaced surfaces.
The download is a 81.4 MB compressed archive with the texture set at 2K with colour, normal, roughness, ambient occlusion and displacement maps, ready for any metal/roughness PBR workflow in Blender, 3ds Max, SketchUp, Unreal Engine or D5.
Apply this PBR material to large landscape planes or site models to achieve high-detail ground coverage. Use the included displacement map to drive geometry subdivision for depth, while the normal and roughness maps ensure accurate light scattering across the gravel surface. The tileable nature of the file allows for seamless repetition across extensive project sites without visible seams. Properly map the coordinates to the 3000mm by 3000mm real-world scale for optimal visual fidelity in your rendering engine.
Rough Grey Gravel and Earth Ground Texture
Free
This material is essential for exterior visualisation projects, including residential garden designs, urban park developments, and industrial site planning. It functions well as a base layer for paths, driveways, or unpaved rural roads. Professionals can pair this with additional 3D assets like scattered rocks, foliage, or site furniture to enhance the realism of a masterplan. It is particularly effective when rendered in daylight conditions where the displacement maps can highlight the textural variation of the loose stone and dirt composition.
Public domain. Use commercially, modify and redistribute. No attribution required.
Covers 1 seat.