About this asset

This windswept coastal tree 3D model, provided in multiple formats, features a gnarled trunk and dense foliage on a sandy base. Characterised by a dramatic, low-profile silhouette, this tree exhibits a heavily weathered, twisted trunk structure typical of coastal environments. The gnarled, textured bark transitions into a complex branching system that supports a dense canopy of small, realistic leaves. The entire assembly is integrated onto a shallow, irregular sandy terrain patch, showcasing exposed root systems that anchor the form. Proportions are wide and sweeping, creating a naturalistic, organic aesthetic that suggests exposure to prevailing winds. The level of detail in the trunk geometry and foliage density provides a highly convincing visual presence for close-up architectural renders.

The download is a 968 MB compressed archive with the model in BLEND, FBX and GLTF format.

Professionals can integrate this high-resolution asset into landscape scenes by using standard import settings for FBX or GLTF formats. Given the high polygon count, it is recommended to use proxy objects or layer management within the native software to maintain viewport performance. Material slots are pre-configured to receive PBR texture maps, allowing for quick adjustments to specular or roughness values to match specific lighting conditions. Scaling should be performed uniformly to preserve the intended growth habit and realistic proportions of the tree.

This asset is suited for exterior visualisation projects, particularly those involving coastal residential developments, beach-front hospitality design, or natural parkland restoration. It serves as an effective focal point in garden designs or as a background element to enhance the realism of outdoor environments. Architects and designers can use this model to convey a sense of place and climate in conceptual site plans or final presentation renderings. It pairs well with other coastal vegetation, dune grasses, and weathered timber decking or stone paving materials.