
A naturalistic weathered tree trunk 3D model, featuring realistic decay and bark textures for immersive forest floor environments. This highly detailed 3D asset depicts a fallen tree trunk, capturing the authentic textures of aged, decaying wood. The form is irregular and organic, showing a combination of rough, peeling bark and exposed, weathered heartwood. Patches of lichen are visible across the surface, adding to the realistic, aged appearance of the log. The geometry includes broken branch stubs and jagged ends, providing a convincing representation of woodland debris. Its proportions are elongated and natural, making it an ideal candidate for scattering across forest floors or naturalistic garden settings.
The download is a 124 MB compressed archive with the model in BLEND, FBX and GLTF format.
When integrating this model into a scene, ensure the pivot point is aligned with the ground contact area for easier placement. The included PBR texture maps should be assigned to the corresponding material channels to maintain surface detail under varying lighting conditions. Scale the object to fit the site context, and consider using it as a base for custom forest-floor scattering systems. The model is optimized for use in large-scale natural environments where detailed ground-level assets are required.
This asset is essential for landscape architects and visualisers working on park designs, forest restorations, or naturalistic residential garden projects. It serves as a key element for creating believable ground cover and woodland scenes. When combined with leaf litter, rocks, and other organic debris, it helps ground the transition between built structures and surrounding nature. Search for this in libraries under forest floor assets, landscape vegetation, or site-specific natural clutter to add depth and authenticity to outdoor renders.
Weathered Natural Wood Fallen Tree Trunk
Free
What changed in 1.0
Initial release.
Public domain. Use commercially, modify and redistribute. No attribution required.
Covers 1 seat.