
This off-white rippled sand PBR texture provides a realistic, tileable surface for landscape visualisations and site modelling. This 2K PBR texture captures the fine, rhythmic undulations of wind-swept sand. The surface features a consistent, natural ripple pattern with subtle variations in depth and texture, characteristic of desert or coastal dunes. The off-white to beige colour palette remains neutral, ensuring it integrates effectively into diverse environmental scenes. The material is designed for high-fidelity rendering, providing the necessary depth and surface complexity to simulate realistic ground cover without needing complex geometry. Its uniform appearance makes it suitable for large-scale application across expansive site plans or detailed close-up architectural renders.
The download is a 12 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.
Professionals can utilise this PBR material by loading the albedo, displacement, normal, roughness, and ambient occlusion maps into their preferred rendering engine. The displacement map is essential for achieving the physical depth of the sand ripples on flat geometry. Ensure the mapping coordinates are set to a scale that matches the desired ripple frequency. Adjust the displacement strength based on the camera distance to balance visual detail with memory usage, maintaining a seamless tiling effect across the surface.
Off-White Rippled Sand Ground Texture
Free
This sand texture is ideal for landscape architecture, exterior visualisations, and urban planning projects requiring natural ground surfaces. It pairs well with desert-inspired planting, coastal residential developments, or minimalist architectural projects that feature exposed site elements. Architects and visualisers searching for high-quality ground materials will find this asset useful for site context, beach environments, or arid climate studies. It provides a quick way to add realism to exterior spaces, helping to ground buildings within their natural landscape setting efficiently and effectively.
File formats
What changed in 1.0
Initial release.
3ds MaxVersion not statedBrowse
MayaVersion not statedBrowse
RhinocerosVersion not statedBrowse
SketchUpVersion not statedBrowse
Substance 3D PainterVersion not statedBrowse
TwinmotionVersion not statedBrowse
Unreal EngineVersion not statedBrowsePublic domain. Use commercially, modify and redistribute. No attribution required.
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