
This traditional coffered ceiling panel for SketchUp features a grid of recessed rectangular sections with classic moulding profiles. This square ceiling panel is designed with a traditional coffered aesthetic, composed of a central rectangular void surrounded by eight smaller, symmetrically arranged rectangular recesses. The assembly is defined by deep, stepped moulding profiles that create significant shadow lines, adding depth and architectural character to a ceiling plane. The geometry is uniform and clean, finished in a solid brown tone that suggests a stained timber construction. Each segment of the grid is precisely aligned, making this component suitable for tiling across larger ceiling surfaces to achieve a classic coffered look.
The download is a 1004 KB compressed archive containing the native SketchUp (.skp) model. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.
In SketchUp, this component is best utilised by defining it as a group or component to maintain clean geometry when tiling. Users should align the panel edges to a grid system in the model to ensure seamless transitions between adjacent units. The component is lightweight, allowing for efficient arraying across large ceiling areas without significant performance impact. Materials can be easily swapped by editing the group and applying custom wood textures or paint finishes to the individual faces within the SketchUp material editor.
It pairs well with traditional crown moulding, wood-panelled walls, and period-appropriate lighting fixtures such as chandeliers. Professionals searching for coffered ceiling systems, waffle ceilings, or classic interior trim details will find this asset highly effective for visualising high-end heritage renovations or luxury new-build projects where ceiling depth and texture are essential elements of the design scheme.
Traditional Coffered Ceiling Panel
Free
Free to download and use commercially. No redistribution, no resale.
Covers 1 seat.