
This natural beige ginger root vegetable is a high-detail 3D model in Blender format featuring a realistic, knobbly rhizome structure. This single ginger root model captures the organic, irregular form of a fresh rhizome. The surface displays authentic textures including fine skin wrinkles, subtle indentations, and natural variations in tone ranging from pale cream to light brown. The model replicates the characteristic bulbous, branching structure of the root, with visible cut points where the vegetable was separated. Its proportions are consistent with a standard culinary ginger root, providing a realistic asset for close-up kitchen or market scenes. The mesh density is sufficient to maintain the complex, organic geometry of the root's skin.
The download is a 26 MB compressed archive with the model in BLEND, FBX and GLTF format.
To integrate this asset, import the file into your preferred scene and apply the included texture maps to the material slots to ensure the surface details read correctly under your project lighting. You can place the root individually as a focal point or scatter multiple instances to populate a grocery crate or kitchen counter. Ensure the scale is adjusted to match your scene units, as this asset is designed for realistic kitchen environment staging and close-up culinary visualisations.
This ginger root is an essential prop for residential kitchen designs, restaurant interior renders, and grocery store visualisations. It pairs well with other produce models, wooden cutting boards, and kitchen utensils to create lived-in, authentic spaces. Professionals often use such assets in the styling of high-end culinary projects, staging of market stalls, or as subtle background filler in hospitality and food photography concepts. It is suitable for any project requiring naturalistic, small-scale food details to enhance the overall realism of the environment.
Natural Beige Ginger Root Vegetable
Free
What changed in 1.0
Initial release.
Public domain. Use commercially, modify and redistribute. No attribution required.
Covers 1 seat.