
This photogrammetry-based 3D model of an artisan ciabatta loaf features realistic flour dusting and a crisp, uneven crust texture. Captured through high-fidelity photogrammetry, this 3D model replicates the organic, irregular form of a traditional ciabatta bread loaf. The surface detail captures the complex interplay of a golden-brown baked crust contrasted against patches of white flour. The geometry retains the subtle deformations and artisanal imperfections characteristic of hand-shaped dough, including the characteristic dimpled texture and slightly flattened profile. This asset is designed as a standalone prop, providing authentic visual detail for close-up shots where high-resolution surface variation and natural, non-uniform shapes are required to ground a scene in reality.
The download is a 13.1 MB compressed archive with the model in format.
Integrate this model into your scene as a standard mesh asset. Given its photogrammetric origin, ensure the provided PBR texture set—including albedo, normal, and ambient occlusion maps—is correctly mapped to maintain the depth and tactile quality of the crust. The mesh density is balanced for efficient viewport performance, allowing for multiple instances to be scattered across kitchen counters, dining tables, or bakery displays without significantly impacting render times. Use standard lighting setups to highlight the surface irregularities.
Ideal for residential kitchen renders, cafe and restaurant interior visualisations, or retail bakery staging, this bread loaf adds a layer of lived-in authenticity. It pairs effectively with other kitchenware, such as wooden cutting boards, ceramic plates, or linen napkins. Professionals looking for realistic food props for breakfast scenes or hospitality environments will find this asset versatile for various project stages, from initial concept visualisations to final high-end marketing imagery where small, organic details enhance the overall narrative of a space.
Artisan Ciabatta Bread Loaf
Free
File formats
What changed in 1.0
Initial release.
Public domain. Use commercially, modify and redistribute. No attribution required.
Covers 1 seat.