Natural fiber rope arranged in a layered, self-bound formation with multiple overlapping loops. The twisted construction shows clear strand definition across the surface. Fine stray fibers and light fraying soften the edges and add small-scale variation. Fiber fraying detail is handled through a particle system available only in the Blender file. The form works within structured object setups such as nautical elements, utility props, fitness scenes or grounded material compositions in archviz and still life scenes.
Key Features
- Layered rope arrangement with overlapping loops
- Twisted fiber structure with visible strand definition
- Fine surface fibers and subtle fraying for added micro detail
- Particles included in Blender file only
- Production-ready for professional pipelines
- Hand-modeled geometry with clean topology and optimized mesh
- High-quality 4K PBR textures (Diffuse, Roughness, Normal)
- Ready to render out-of-the-box with included lights and cameras
- Native Blender setup – no third-party plug-ins required
Technical Details
- Original Software: Blender v2.93
- Tested in: Blender 5.1 (Fully compatible)
- Objects Included: 1
- Polygons: 36,528 (Subdivision OFF) / 146,112 (Subdivision ON)
- Vertices: 36,540 (Subdivision OFF) / 146,124 (Subdivision ON)
- Units: Centimeters (H: 26; W: 50; L: 89)
- Renderer: Blender Cycles
- Plug-ins: None required
Textures & Materials
- Standard PBR workflow
- 4K textures (4096×4096 px): Diffuse, Roughness, Normal
- All textures created from original photographs or drawings
- Ready to render out-of-the-box – lighting and cameras used for previews are included
Mesh & File Structure
- Handcrafted mesh with clean topology
- Export formats (non-native) provided as base mesh (not smoothed) for flexible subdivision control
Additional Notes
- All preview renders created in Blender Cycles without compositing editors
BLEND (Blender, filesize: 50.3 MB), OBJ (OBJ, filesize: 1.3 MB), FBX (Autodesk FBX, filesize: 2.21 MB), PNG (PNG, filesize: 50.3 MB), DAE (Collada, filesize: 2.63 MB)
