A medium-sized Ficus Elastica (Rubber Tree) plant presented as a complete potted botanical asset with a modern concrete container. The single stem carries a balanced set of broad rubber leaves with pronounced veins and a waxy surface, reinforcing the recognizable material character of the plant. The concrete pot introduces a neutral architectural base, complemented by a layer of white decorative stones that define the surface finish and presentation. Functions as a cohesive greenery object for interior visualization, furniture compositions, or architectural staging.

Key Features

• Ficus Elastica plant integrated with modern concrete pot
• White decorative stones defining the container surface detail
• Single stem structure with balanced, natural leaf arrangement
• Detailed rubber leaves with visible veins and waxy material character
• Botanical element for interior scenes, architectural renders, and display setups
• 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 v3.1
• Tested in: Blender 5.0 (Fully compatible)
• Objects Included: 1
• Polygons: 9,917 (Subdivision OFF) / 158,672 (Subdivision ON)
• Vertices: 10,033 (Subdivision OFF) / 158,788 (Subdivision ON)
• Units: Centimeters (H: 68; W: 38; L: 45)
• 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